Journal of Research of the National Institute of Standards and Technology
Cumulative Subject Index
January - February 1997 (V.102-1) to
Current Issue
Numbers in parenthesis in italic type after the page number are the volume and issue numbers
Page numbers link to the articles (which are PDF files)
Volume-Issue numbers link the Table of Contents for that issue (HTML files)
No. 1 January-February
No. 4 July-August
No. 2 March-April
No. 5 September-October
No. 3 May-June
No. 6 November-December
"
"bomb" 14C as a global tracer
185
(
109-2
)
(
(ETM+)
199-228
(
108-3
)
(MODIS)
199-228
(
108-3
)
(n, {gamma}) reaction
159
(
105-1
)
1
14C speciation
279-298
(
107-3
)
3
3He
69
(
113-2
)
3He
69
(
113-2
)
4
45{degree}/0{degree} reflectance factor
185
(
104-2
)
9
95IRV
703
(
107-6
)
95IRW
703
(
107-6
)
95IRX
703
(
107-6
)
^
^u103^Pd
337-358
(
108-5
)
^u103^Pd
301
(
109-2
)
^u125^I
337-358
(
108-5
)
^u125^I
301
(
109-2
)
^u3^He
195-203
(
110-3
)
^u3^He
299-304
(
110-3
)
^u3^He
305-308
(
110-3
)
^u3^He
709-729
(
106-4
)
^u3^He
305-308
(
110-3
)
^u3^He
299-304
(
110-3
)
^u3^He polarizer and compressor
293-298
(
110-3
)
A
ab initio calculations
167
(
103-2
)
abBA experiment
443-448
(
110-4
)
abBA spectrometer
443-448
(
110-4
)
aberration
511-527
(
110-5
)
abrasive wear
639
(
107-6
)
absolute cryogenic radiometer
325
(
111-4
)
absolute quantum yield
17
(
113-1
)
absolute radiometric calibration
187
(
113-4
)
absolute responsivity
291-298
(
109-2
)
absolute technique
479
(
102-4
)
absolute watt measurement
1-26
(
110-1
)
absorbed dose
443
(
111-6
)
absorbed dose
843-856
(
106-5
)
absorbed dose
443
(
111-6
)
absorbed dose to water
63
(
102-1
)
absorption
(
113-6
)
absorption
529
(
103-5
)
absorption
177
(
112-4
)
absorption coefficients
483
(
107-6
)
absorption spectrum of noble gases
583
(
110-6
)
abstraction
395-402
(
108-5
)
abstraction
395-402
(
108-5
)
ac bridge
163
(
103-2
)
ac current
75
(
102-1
)
ac magnetic susceptibility
41
(
111-1
)
ac quantum Hall effect
593
(
103-6
)
ac quantum Hall effect
529-556
(
104-6
)
ac quantum Hall effect
391
(
109-4
)
ac quantum Hall effect
323
(
104-4
)
ac quantum Hall effect
561
(
103-6
)
ac-dc difference
75
(
102-1
)
acceleration of gravity
559-581
(
110-6
)
accelerator mass spectrometry
185
(
109-2
)
accuracy
483
(
107-6
)
acetylene
693
(
102-6
)
acid-assisted consolidation
511
(
103-5
)
acoustic calibrations
107
(
112-2
)
acoustic cavity resonators
163
(
112-3
)
acoustic eigenvalues
163
(
112-3
)
acoustic measurements
107
(
112-2
)
acoustic resonator
11-46
(
104-1
)
acoustic thermometry
11-46
(
104-1
)
acoustic thermometry
105
(
106-1
)
acoustical calibration
97
(
113-2
)
acoustics
217
(
103-2
)
ACR
325
(
111-4
)
activation-analysis
187
(
106-1
)
Adam-Gibbs
195
(
102-2
)
Adam-Gibbs theory
159
(
102-2
)
adaptive grid refinement
127
(
110-2
)
adhesian
541
(
110-5
)
adhesion
167-182
(
108-3
)
adiabatic
63
(
103-1
)
Advanced Encryption Standard (AES)
435-459
(
104-5
)
Advanced Encryption Standard (AES)
511-576
(
106-3
)
advanced encryption standard
511-576
(
106-3
)
advanced encryption standard
97
(
104-1
)
advanced technology
(
103-6
)
aerodynamic drag
143
(
111-2
)
aerodynamic eccentricity
143
(
111-2
)
aerodynamic torque
143
(
111-2
)
AES
511-576
(
106-3
)
AES
401
(
104-4
)
AES2
401
(
104-4
)
AFM
187
(
111-3
)
AgH+ molecule
201
(
103-2
)
AgH+ molecule
205
(
103-2
)
AGM
1
(
113-1
)
air conditioning
529
(
103-5
)
air kerma
337-358
(
108-5
)
air kerma
365-378
(
103-4
)
air kerma
359-381
(
108-5
)
air kerma
301
(
109-2
)
air kerma
385
(
111-5
)
air pollutants
59
(
104-1
)
air-kerma
135-140
(
104-2
)
air-kerma
135
(
104-2
)
air-kerma
701-707
(
105-5
)
air-kerma
383-389
(
108-5
)
aircraft
103
(
111-2
)
Al/Ti
1
(
102-1
)
alanine
79
(
113-2
)
AlgaAs-oxide
313-314
(
107-3
)
AlgaAs-oxidtion
313-314
(
107-3
)
algorithms
363
(
102-3
)
algorithms
425
(
102-4
)
algorithms
497
(
103-5
)
alignment standard
1071-1095
(
106-6
)
alloyed contacts
177
(
103-2
)
ALOFT
231
(
106-1
)
alpha
275
(
105-2
)
alternative refrigerants
529
(
103-5
)
aluminum
557-565
(
104-6
)
aluminum oxynitride
299-306
(
107-3
)
ambiguities in powder indexing
569
(
109-6
)
ambiguities in powder indexing
393
(
111-5
)
ammonia
529
(
103-5
)
amorphous calcium phosphate
167-182
(
108-3
)
amplifier noise
431-444
(
107-5
)
amplitude distributions
569
(
102-5
)
analysis
173
(
104-2
)
analytical chemistry
465
(
109-5
)
analytical expression
69-81
(
107-1
)
analytical model
497
(
109-5
)
analytical modeling
401-412
(
107-5
)
anapole moment
189
(
110-3
)
and GUM
867-871
(
106-5
)
angle
319
(
109-3
)
angle metrology
141
(
103-2
)
angle standards
647
(
102-6
)
anodized tantalum wire
255-265
(
105-2
)
anodized tantalum wire
255-265
(
105-2
)
anomalous scattering
133
(
109-1
)
ANSI N42.34
451
(
109-4
)
ANSI standards
451
(
109-4
)
anthrax
205
(
111-3
)
anticoincidence counting
265
(
113-5
)
antineutrino
395-400
(
110-4
)
aperiodic crystals
975-982
(
106-6
)
aperture diameter
479
(
104-5
)
apparatus
183-191
(
108-3
)
appearance
489
(
102-4
)
applied magnetic field
953-963
(
106-6
)
apportionment of fossil and biomass carb
185
(
109-2
)
approximate root mean square
115
(
112-2
)
archiving
517
(
109-5
)
argon
11-46
(
104-1
)
argon
149
(
107-2
)
argon
297
(
112-6
)
argon isotope standards
335
(
111-5
)
Aroclors
245
(
109-2
)
Aroclors
245
(
109-2
)
Aroclors
613
(
110-6
)
ARPA
1135
(
106-6
)
arsenic trioxide
49-55
(
108-1
)
arsenic trioxide
49-55
(
108-1
)
asphere and free form optics
373
(
111-5
)
asymmetries
465-470
(
110-4
)
asymmetry
795-822
(
106-5
)
asymptotic behavior
11
(
113-1
)
atom optics
99-113
(
108-2
)
atom optics
99-113
(
108-2
)
atom optics
99-113
(
108-2
)
atom optics
319-325
(
107-4
)
atom optics
99-113
(
108-2
)
atomic clock
47
(
106-1
)
atomic collisions
113
(
105-1
)
atomic collisions
25
(
105-1
)
atomic collisions
81
(
105-1
)
atomic force microscopy
425
(
102-4
)
atomic force microscopy
867-874
(
106-6
)
atomic fraction
547
(
107-6
)
atomic frequency standard
47
(
106-1
)
atomic lines
509
(
107-6
)
atomic masses
11
(
105-1
)
atomic number correction
547
(
107-6
)
atomic polarizabilities
829
(
105-6
)
atomic ruler
99-113
(
108-2
)
atomic ruler
99-113
(
108-2
)
atomic ruler
99-113
(
108-2
)
atomic ruler
99-113
(
108-2
)
atomic spectra
149
(
107-2
)
atomic spectroscopy
371
(
109-3
)
atomic spectroscopy
297
(
112-6
)
atomic weight
457
(
105-3
)
atomic-force
1-23
(
106-1
)
attenuation correction
435
(
111-6
)
attenuation method
429
(
109-4
)
attenuator
(
113-6
)
Austenite-Martensite
413-427
(
108-6
)
auto-focus
565-569
(
105-4
)
autocollimator
319
(
109-3
)
autocollimators, calibration
141
(
103-2
)
autocorrelation
1-17
(
107-1
)
autoionization
795-822
(
106-5
)
B
Ba(OH)^d2^
115
(
110-2
)
Ba^d2^Rcu^d3^O^d7-delta^(R=lanthanides)
41
(
111-1
)
Ba^d2^YCu^d3^O^d6+x^
379
(
103-4
)
Ba^d2^YCu^d3^O^d6.5+x^
115
(
110-2
)
Bacillus anthracis
205
(
111-3
)
background
95
(
112-2
)
background
497
(
107-6
)
background
95
(
112-2
)
backscatter
547
(
107-6
)
bacteria
205
(
111-3
)
BaF^d2^
115
(
110-2
)
Baldrige Award
249
(
102-2
)
ball plate
85
(
102-1
)
ballistics
533
(
109-6
)
band structure
193-197
(
108-3
)
BaR^d2^ZnO^d5^(R=lanthanides)
147-171
(
104-2
)
barium fluoride films
589
(
106-3
)
Bayes
571-579
(
105-4
)
Bayesian
625
(
103-6
)
Bayesian
155-178
(
109-1
)
Bayesian hierarchical models
605
(
110-6
)
Bayesian statistics
453
(
108-6
)
Bayesian tomography
411
(
111-6
)
Bayesian tomography
411
(
111-6
)
Bayesian/Maximu Entropy (MaxEnt)
155-178
(
109-1
)
Bayesian/Maximu Entropy (MaxEnt)
155-178
(
109-1
)
BB calorimeter
283
(
112-5
)
BB calorimeter
283
(
112-5
)
beamline simulation
157
(
110-3
)
beamsplitter
283
(
112-5
)
beamsplitter
(
113-6
)
beamsplitter
283
(
112-5
)
Beer's Law
411
(
111-6
)
Beer's Law
411
(
111-6
)
Benard convection
271
(
112-5
)
benzene-water system
271
(
112-5
)
beta counting
455
(
102-4
)
beta decay
523
(
102-5
)
beta decay
415-420
(
110-4
)
beta decay
401-406
(
110-4
)
beta decay
421-426
(
110-4
)
beta decay
453-460
(
110-4
)
beta decay
431-436
(
110-4
)
beta-decay
421-425
(
110-4
)
beta-decay
383-388
(
110-4
)
beta-decay
315-318
(
110-4
)
beta-decay
357-360
(
110-4
)
beta-neutrino correlation
401-406
(
110-4
)
betatron
443
(
111-6
)
betatron
443
(
111-6
)
bias
577
(
102-5
)
bias, error
625
(
103-6
)
biaxial test
183-191
(
108-3
)
bidirectional fields
57-68
(
108-1
)
bidirectional reflectance distribution
185
(
104-2
)
bidirectional scalar fields
457-464
(
109-5
)
bidirectional scalar fields
457-464
(
109-5
)
bin packing
103
(
111-2
)
binding energy
11
(
105-1
)
bio-membrane
187
(
106-1
)
bioactive materials
543-551
(
109-6
)
biological threat
205
(
111-3
)
biomaterial
1029
(
106-6
)
biomaterial
1029-1033
(
106-6
)
biomaterial
1029
(
106-6
)
biomaterials
219-231
(
109-2
)
biominerals
1035-1044
(
106-6
)
biominerals
1035-1044
(
106-6
)
biophotonics
139
(
112-3
)
biosensors
95
(
102-1
)
bioterrorism agent
313
(
111-4
)
bivariate splines
57
(
111-2
)
black bodies
823-831
(
106-5
)
black bodies
823-831
(
106-5
)
blackbody
551
(
102-5
)
blackbody
293-305
(
105-2
)
blackbody
9
(
111-1
)
blackbody sources
253
(
104-3
)
blackbody sources
105
(
106-1
)
blackbox testing
287
(
113-5
)
blind reconstruction
425
(
102-4
)
block cipher
511-576
(
106-3
)
block cipher
401
(
104-4
)
block distance
89
(
111-2
)
block Toeplitz matrix
113
(
111-2
)
Bode plot
153
(
103-2
)
bond integrity
445-473
(
107-5
)
bond-fluctuation model
159
(
102-2
)
bone graft
1029
(
106-6
)
bone graft
1029-1033
(
106-6
)
bone graft
1029
(
106-6
)
bone repair
1029
(
106-6
)
bone repair
1029-1033
(
106-6
)
bone repair
1029
(
106-6
)
Bonse-Hart camera
231
(
110-3
)
bound abrasives
639
(
107-6
)
boundary-value theory
457-464
(
109-5
)
boundary-value theory
457-464
(
109-5
)
brachytherapy seed source
337-358
(
108-5
)
brachytherapy seed source
301
(
109-2
)
Bragg scattering
273-277
(
110-3
)
branching ratio
173
(
105-1
)
branching ratios
795-822
(
106-5
)
BRDF
247-259
(
107-3
)
broadband telecommunications
703
(
102-6
)
broadcasting
79
(
110-2
)
bromine
457
(
105-3
)
BSCCO
277
(
104-3
)
building
579
(
104-6
)
building technology
209
(
103-2
)
building technology
529
(
103-5
)
building technology
497-509
(
105-4
)
building technology
497
(
105-4
)
bulk and thin film samples
1063-1069
(
106-6
)
bulk and thin film samples
1063-1069
(
106-6
)
bullet signature
533
(
109-6
)
Bureau of Standards
53
(
112-1
)
butane
525
(
109-6
)
C
C-centered cell
373
(
107-4
)
C. E. Johansson
1
(
112-1
)
C^d2^H^d2^^u+^
63-67
(
107-1
)
C^d2^H^d4^^u+^
63-67
(
107-1
)
C^d2^H^d6^^u+^
63-67
(
107-1
)
CAE systems
535
(
103-5
)
calcium
267-273
(
105-2
)
calcium fluoride
429-437
(
108-6
)
calcium ion-selective electrode
267-273
(
105-2
)
calcium phosphate
(
113-6
)
calcium phosphates
1035-1044
(
106-6
)
calcium phosphates
1035-1044
(
106-6
)
calculability
419-423
(
107-5
)
calculability
419-423
(
107-5
)
calibration
391-394
(
108-5
)
calibration
429
(
109-4
)
calibration
323
(
102-3
)
calibration
479
(
102-4
)
calibration
647
(
102-6
)
calibration
627
(
102-6
)
calibration
93
(
103-1
)
calibration
621
(
103-6
)
calibration
293-305
(
105-2
)
calibration
511-533
(
105-4
)
calibration
39
(
106-1
)
calibration
371-379
(
106-2
)
calibration
649-656
(
106-4
)
calibration
857
(
106-5
)
calibration
199-228
(
108-3
)
calibration
391-394
(
108-5
)
calibration
97
(
110-2
)
calibration
589
(
110-6
)
calibration
325
(
111-4
)
calibration
401
(
111-5
)
calibration
419
(
111-6
)
calibration
187
(
111-3
)
calibration
39
(
112-1
)
calibration
107
(
112-2
)
calibration
303
(
112-6
)
calibration
29
(
113-1
)
calibration and measurement assurance
279
(
106-1
)
calibration linearity
361
(
111-5
)
calibration methods
249
(
108-4
)
calibration of microphones
97
(
113-2
)
calibrations
315
(
106-1
)
calorimeter
(
113-6
)
calorimeter
429
(
109-4
)
calorimeter
63
(
103-1
)
calorimeter
843-856
(
106-5
)
calorimeter
291-298
(
109-2
)
candela
323
(
102-3
)
cantilever accelerometer
115
(
112-2
)
capacitance-to-shield
593
(
103-6
)
capacitance-to-shield
323
(
104-4
)
capacitated networks
161
(
111-2
)
capture
173
(
105-1
)
carbonated apatite
543-551
(
109-6
)
CAST-256
401
(
104-4
)
castor bean plant
313
(
111-4
)
catalyser
273-277
(
110-3
)
catalytic conversion of methanol
559
(
102-5
)
cavity chamber
359-381
(
108-5
)
CD
187
(
111-3
)
CD-R
517
(
109-5
)
CD-ROM data storage
1013-1028
(
106-6
)
CD-ROM data storage
1013-1028
(
106-6
)
CDMA (Code Division Multiple Access)
299
(
108-4
)
cdma2000
299-321
(
108-4
)
cdma2000
299-321
(
108-4
)
cdma2000
299
(
108-4
)
CEESI Iowa uncertainty analysis
345
(
109-3
)
CEESI Iowa: natural gas facility
345
(
109-3
)
CEESI traceability to NIST
345
(
109-3
)
cellular automata
179-191
(
107-2
)
cement
1051-1061
(
106-6
)
cement clinker
1051-1061
(
106-6
)
cement hydration
137-148
(
107-2
)
cement paste
479-496
(
109-5
)
cements
(
113-6
)
centered monoclinic cells
373
(
107-4
)
centroid
(
113-6
)
ceramic oxides
1097-1134
(
106-6
)
ceramics
1063-1069
(
106-6
)
ceramics
1141-1154
(
106-6
)
ceramics
709-720
(
105-5
)
ceramics
15
(
102-1
)
ceramics
275
(
105-2
)
ceramics
1141-1154
(
106-6
)
ceramics
1045-1050
(
106-6
)
ceramics
1063-1069
(
106-6
)
ceramics
497
(
109-5
)
certification
687-691
(
107-6
)
certified reference materials
315
(
106-1
)
CFC
529
(
103-5
)
CH^d2^^u+^
63-67
(
107-1
)
CH^d3^^u+^
63-67
(
107-1
)
CH^d4^^u+^
63-67
(
107-1
)
chamber
135-140
(
104-2
)
chaos
361-366
(
110-4
)
chaotic scattering
367-376
(
110-4
)
charge-symmetry breaking
225
(
110-3
)
charged particle trajectory
443-448
(
110-4
)
Charpy impact test
557-565
(
104-6
)
Chatkalite
393
(
111-5
)
chemical analysis
631
(
105-4
)
chemical analysis
553
(
109-6
)
chemical heterogeneity
713
(
107-6
)
chemical kinetics
425
(
103-4
)
chemical potential
159
(
102-2
)
chemical sensors
95
(
102-1
)
chemical-mechanical polishing
639
(
107-6
)
chlorine
457
(
105-3
)
chlorothalopil
49
(
109-1
)
chopped light
153
(
103-2
)
chopper wheel
283
(
112-5
)
chopper wheel
429
(
109-4
)
chopper wheel
283
(
112-5
)
chromatic dispersion
333
(
102-3
)
chromaticity coordinates
615
(
103-6
)
chromium lines
99-113
(
108-2
)
chromium lines
99-113
(
108-2
)
chromium lines
99-113
(
108-2
)
chromium lines
99-113
(
108-2
)
CIEMAT/NIST Method
455
(
102-4
)
CIEMAT/NIST method
265
(
113-5
)
circular aperture
581-587
(
105-4
)
circular apertures
457-464
(
109-5
)
circular apertures
363
(
102-3
)
circular apertures
497
(
103-5
)
circular apertures
355-362
(
107-4
)
circular apertures
457-464
(
109-5
)
CIRMS
443
(
111-6
)
CIRMS
443
(
111-6
)
CKM unitarit
401-406
(
110-4
)
classifier performance
361
(
111-5
)
clock
47
(
106-1
)
closure
141
(
103-2
)
CMM
85
(
102-1
)
CMOS
243
(
111-3
)
CMOS
223
(
112-5
)
Co-60
365-378
(
103-4
)
co-channel interference
721-754
(
105-5
)
coatings
489
(
102-4
)
code division multiple access (cdma)
299-321
(
108-4
)
code division multiple access (cdma)
299-321
(
108-4
)
coefficient
1-10
(
108-1
)
coherent control
259
(
103-3
)
coherent scattering length
237
(
110-3
)
coincidence
95
(
112-2
)
coincidence
1
(
104-1
)
coincidence
95
(
112-2
)
coincidence experiment
443-448
(
110-4
)
cold neutron
205
(
110-3
)
cold neutron
395-400
(
110-4
)
cold neutron beam
273-277
(
110-3
)
cold neutrons
137-144
(
110-3
)
cold neutrons
205-208
(
110-3
)
cold neutrons
383-388
(
110-4
)
cold neutrons
153
(
110-3
)
cold neutrons
209
(
110-3
)
cold neutrons
137-144
(
110-3
)
cold neutrons
415-420
(
110-4
)
cold neutrons
449-452
(
110-4
)
cold-welding
511
(
103-5
)
collaboration
535
(
103-5
)
collaborative research
921-952
(
106-6
)
collective dynamics
179-191
(
107-2
)
color calibration
615
(
103-6
)
color temperature
615
(
103-6
)
colorimetry
615
(
103-6
)
colorimetry
363-371
(
107-4
)
colorimetry
401
(
111-5
)
colossal magnetorestivity
480-481
(
107-5
)
column generation
161
(
111-2
)
combinatorial
465
(
109-5
)
combinatorial materials science
219-231
(
109-2
)
combinatorial methods
219-231
(
109-2
)
combinatorial optimization
161
(
111-2
)
combustion
231
(
106-1
)
commerce and trade
315
(
106-1
)
communication networks
179-191
(
107-2
)
communications security
97
(
104-1
)
comparison
283
(
112-5
)
comparison
283
(
112-5
)
comparison of standards
365-378
(
103-4
)
comparisons
551-555
(
105-4
)
complex boundary
153
(
112-3
)
complex dielectric response function
209
(
112-4
)
complex system
179-191
(
107-2
)
component libraries
291
(
104-3
)
composites
151-156
(
108-2
)
composition-sensitive imaging
1
(
102-1
)
compound semiconductors
209
(
112-4
)
computation
589-590
(
105-4
)
computational algorithm
413
(
107-5
)
computational geometry
79
(
111-2
)
computer assisted surgical navigation
121
(
113-2
)
computer graphics
221
(
113-4
)
computer rendering
247-259
(
107-3
)
computer security
511-576
(
106-3
)
computer security
97
(
104-1
)
computer security
453
(
108-6
)
computer simulation
443-448
(
110-4
)
concentrated maps
307
(
112-6
)
concentration power equation
229
(
102-2
)
concrete
461-478
(
104-5
)
concrete
497-509
(
105-4
)
concrete
497
(
105-4
)
concrete
1051-1061
(
106-6
)
concrete
529
(
110-5
)
concrete
55-66
(
110-1
)
concrete mixers
391-399
(
106-2
)
concrete rheometer
55-66
(
110-1
)
concrete rheometers
229-234
(
108-3
)
condensed-matter
187
(
106-1
)
conducting channels
677
(
102-6
)
conductivity
393
(
107-5
)
conductor current
405
(
102-4
)
conductor representation
405
(
102-4
)
conductor voltage
405
(
102-4
)
conference
425
(
103-4
)
conference
91
(
104-1
)
conformance
341
(
106-1
)
conformance testing
343-428
(
105-3
)
conformational entropy
229
(
102-2
)
conformity assessment
91
(
104-1
)
congestion control
179-191
(
107-2
)
conical target
435
(
111-6
)
consolidated silver
511
(
103-5
)
constant pressure
435
(
109-4
)
constant properties
153
(
112-3
)
construction materials
1051-1061
(
106-6
)
contact degradation
177
(
103-2
)
contact mechanics
249
(
108-4
)
containers
393
(
107-5
)
continuous univarite distributions
67
(
110-1
)
convection
843-856
(
106-5
)
conventional cells
373
(
107-4
)
convex polyhedra
127
(
111-2
)
Coordinate Measuring Machine
(
113-6
)
coordinate measuring machine
85
(
102-1
)
coordinate measuring machine
633
(
103-6
)
coordinate metrology
85
(
102-1
)
Coordinated Universal Time (UTC)
79
(
110-2
)
copper
75
(
109-1
)
copper-gold alloy
663-679
(
107-6
)
core polarization
505-515
(
109-5
)
core polarization
505-515
(
109-5
)
Corning
703
(
107-6
)
correlated uncertainty
21-47
(
108-1
)
correlation coefficient
345
(
109-3
)
correlation coefficient
395-400
(
110-4
)
correlation function
1-17
(
107-1
)
correlation structure
227
(
111-3
)
cosmic ray
95
(
112-2
)
cosmic ray
95
(
112-2
)
covering arrays
287
(
113-5
)
CP-violation
453-460
(
110-4
)
CPD CeO2 round robin
155-178
(
109-1
)
CPD CeO2 round robin
155-178
(
109-1
)
Cr-content
1071-1095
(
106-6
)
creep
349
(
102-3
)
creep recovery
349
(
102-3
)
criteria and assurance
367
(
102-3
)
critical current
29
(
102-1
)
critical current
657-690
(
106-4
)
critical flow venturi uncertainty
345
(
109-3
)
critical to product quality
511-533
(
105-4
)
critically evaluated data
315
(
106-1
)
cross capacitor
167
(
103-2
)
crude oil
231-278
(
106-1
)
crude oil
231-278
(
106-1
)
cryogen-free cooling
621
(
107-6
)
cryogenic bolometer
605
(
103-6
)
cryogenic converter
273-277
(
110-3
)
cryogenic radiometer
391-394
(
108-5
)
cryogenic radiometer
689-700
(
105-5
)
cryogenic radiometer
641-647
(
106-4
)
cryogenic radiometer
391-394
(
108-5
)
cryogenic radiometer
291-298
(
109-2
)
cryptanalysis
435-459
(
104-5
)
cryptanalysis
511-576
(
106-3
)
cryptographic algorithms
435-459
(
104-5
)
cryptographic algorithms
511-576
(
106-3
)
cryptography
511-576
(
106-3
)
cryptography
97
(
104-1
)
cryptography
435-459
(
104-5
)
cryptography
511-576
(
106-3
)
crypton
401
(
104-4
)
crystal
607
(
105-4
)
crystal chemistry
1097-1134
(
106-6
)
crystal diffraction
1-9
(
105-1
)
crystal diffraction
11
(
105-1
)
crystal diffraction
167
(
105-1
)
crystal engineering
49
(
109-1
)
crystal size
553
(
109-6
)
crystal spectrometer
89
(
105-1
)
crystal structure
1035-1044
(
106-6
)
crystal structure
147-171
(
104-2
)
crystal structure
997-1012
(
106-6
)
crystal structure
1035-1044
(
106-6
)
crystal structure
99
(
109-1
)
Crystal-GRID
81
(
105-1
)
crystallinity
553
(
109-6
)
crystallite size
65
(
109-1
)
crystallographic texture
1063-1069
(
106-6
)
crystallographic texture
605-608
(
106-3
)
crystallographic texture
1063-1069
(
106-6
)
crystallography
889-1193
(
106-6
)
crystallography
965-973
(
106-6
)
crystallography
889-1193
(
106-6
)
crystallography
997-1012
(
106-6
)
crystallography
983
(
106-6
)
crystallography
1135
(
106-6
)
crystallography
889-920
(
106-6
)
crystallography
965-973
(
106-6
)
crystallography
1097-1134
(
106-6
)
CsI
215-219
(
110-3
)
CsI
215-219
(
110-3
)
cubic spline
189
(
104-2
)
cumulative superposition
401-412
(
107-5
)
current calibrations
75
(
102-1
)
current mode
215-219
(
110-3
)
current mode
215-219
(
110-3
)
current shunts
75
(
102-1
)
curve fitting
633
(
103-6
)
curve fitting
57
(
111-2
)
customs
53
(
112-1
)
cutting planes
161
(
111-2
)
CVD diamond
107
(
103-1
)
cyanine dyes
157
(
113-3
)
cystallography
425
(
107-5
)
cytometry
101-114
(
110-2
)
D
d-spacings
569
(
109-6
)
d-spacings
393
(
111-5
)
data
395-402
(
108-5
)
data
395-402
(
108-5
)
data analysis methods
1-17
(
107-1
)
data encryption standard
97
(
104-1
)
data exchange
413-439
(
106-2
)
data model
349
(
104-4
)
database
59
(
104-1
)
database
1045-1050
(
106-6
)
database
209
(
113-4
)
datum
349
(
104-4
)
datum feature
349
(
104-4
)
datum system
349
(
104-4
)
datum target
349
(
104-4
)
dc quantum Hall effect
391
(
109-4
)
dead layer
427-430
(
110-4
)
dead-weight tester
11-20
(
108-1
)
dead-weight tester
135
(
108-2
)
deadweight force standard
589
(
110-6
)
deal
401
(
104-4
)
decentralized networks
587-593
(
104-6
)
decision analysis
453
(
108-6
)
deconvolution
293-312
(
106-1
)
defects
997-1012
(
106-6
)
definitive methods
141
(
104-2
)
deformed nuclei
107
(
105-1
)
degradation
29
(
102-1
)
Delaunay triangulation
57
(
111-2
)
Delaunay triangulation
79
(
111-2
)
density
29
(
113-1
)
density matrix
465-470
(
110-4
)
dental composites
167-182
(
108-3
)
deoxyribonucleic acid (DNA) sequencing
53
(
102-1
)
depolarization
279-281
(
110-3
)
depth-measuring microscope
97
(
113-2
)
depth-sensing indentation
249
(
108-4
)
derivative lattices
569
(
109-6
)
derivative lattices
393
(
111-5
)
design
535
(
103-5
)
design of experiments
279
(
106-1
)
detection
205
(
111-3
)
detector
215-219
(
110-3
)
detector
813-828
(
105-6
)
detector
577-587
(
106-3
)
detector
215-219
(
110-3
)
detector Monte Carlo simulation
437-442
(
110-4
)
detector standard
615
(
103-6
)
detector standards
689-700
(
105-5
)
determination of water in solvents
173
(
104-2
)
deuterium
221
(
110-3
)
Deutsch's algorithm
307
(
112-6
)
Deutsch-Jozsa algorithm
307
(
112-6
)
device under test
(
113-6
)
DFC
401
(
104-4
)
diamond anvil cell (DAC)
889-920
(
106-6
)
diamond indenter
401-412
(
107-5
)
diamond like carbon
279-281
(
110-3
)
diatomic molecule
201
(
103-2
)
diatomic molecules
205
(
103-2
)
dicalcium phosphate anhydrous
1029
(
106-6
)
dicalcium phosphate anhydrous
1029-1033
(
106-6
)
dicalcium phosphate anhydrous
1029
(
106-6
)
dielectric constant
167
(
103-2
)
dielectric susceptibility
207
(
102-2
)
differential decay-curve method
53
(
105-1
)
differential mobility analysis
257
(
111-4
)
diffraction
355-362
(
107-4
)
diffraction
457-464
(
109-5
)
diffraction
(
113-6
)
diffraction
363
(
102-3
)
diffraction
497
(
103-5
)
diffraction
581-587
(
105-4
)
diffraction
187
(
106-1
)
diffraction
775-779
(
106-5
)
diffraction
57-68
(
108-1
)
diffraction
457-464
(
109-5
)
diffraction
1
(
111-1
)
diffraction calculations
187
(
113-4
)
diffraction limit
219-225
(
111-3
)
diffraction line broadening
65
(
109-1
)
diffractive optics
319-325
(
107-4
)
diffuse reflectance
185
(
104-2
)
diffusion coefficient
159
(
102-2
)
diffusion coefficient
667-688
(
105-5
)
diffusivity
497-509
(
105-4
)
diffusivity
497
(
105-4
)
digital libraries
293-312
(
106-1
)
digital preservation
93-106
(
107-1
)
digital preservation
517
(
109-5
)
digital signal processing
67
(
112-1
)
digitization
143
(
113-3
)
diluent
613
(
110-6
)
diluent oil
613
(
110-6
)
dilute hydrochloric acid solutions
471
(
106-2
)
dimensional
1-23
(
106-1
)
dimensional measurement
867-871
(
106-5
)
dimensional metrology
425
(
102-4
)
dimensional metrology
647
(
102-6
)
dimensional metrology
141
(
103-2
)
dimensional metrology
193
(
107-2
)
dimensional metrology
1
(
112-1
)
dimensional reference
(
113-6
)
dimensional standards
187
(
111-3
)
direct methods
125
(
109-1
)
direct-space methods
49
(
109-1
)
disc testbed
565-569
(
105-4
)
discovery science
875-894
(
105-6
)
discovery science
223
(
107-3
)
discrete univariate distributions
67
(
110-1
)
dislocations
1135
(
106-6
)
dislocations
65
(
109-1
)
dismensioning and tolerancing
193
(
107-2
)
dispersion
839-866
(
105-6
)
dispersion slope
333
(
102-3
)
displacement
833-841
(
106-5
)
displacement rank
113
(
111-2
)
dissipative particle dynamics
267
(
109-2
)
dissipative particle dynamics modeling
229-234
(
108-3
)
dissociation energy
201
(
103-2
)
distortions induced by absorption edges
509
(
107-6
)
distributed computing
371
(
102-3
)
distributed currents
677
(
102-6
)
distributed processing
343-428
(
105-3
)
distributed processing
875-894
(
105-6
)
DLC coating
627-640
(
106-4
)
DNA
319-325
(
107-4
)
DNA identification
53
(
102-1
)
documentary standards
91
(
104-1
)
domain decomposition
267
(
109-2
)
dopants
193-197
(
108-3
)
Doppler broadening
113
(
105-1
)
Doppler-shift attenuation method
141
(
105-1
)
dose of record
421
(
103-4
)
dose rate
171
(
107-2
)
dosimeter
79
(
113-2
)
dosimetry
63
(
102-1
)
dosimetry
79
(
113-2
)
dosimetry performance
421
(
103-4
)
drift
577-587
(
106-3
)
dual isotopic authentication
185
(
109-2
)
Duane-Hunt limit
567-603
(
107-6
)
durability
1051-1061
(
106-6
)
DVD-R
517
(
109-5
)
dynamic elasticity
445-473
(
107-5
)
dynamic light scattering
257
(
111-4
)
dynamic routing
587-593
(
104-6
)
E
e-commerce
783-788
(
105-5
)
E2
401
(
104-4
)
Earth Observing System (EOS)
199-228
(
108-3
)
EB-PVD
147
(
108-2
)
economic forces
25
(
112-1
)
edge-channel states
677
(
102-6
)
EDX
531
(
107-6
)
EDXS
531
(
107-6
)
effective emissivity models
9
(
111-1
)
effective field theory
189
(
110-3
)
effective intrinsic carrier concentratio
69-81
(
107-1
)
effective temperature
159
(
105-1
)
efficiency
39
(
112-1
)
efficiency tracing
523
(
102-5
)
Ehrhart polynomials
127
(
111-2
)
Einstein
559-581
(
110-6
)
Einstein's theory
607
(
105-4
)
elastic moduli
497
(
109-5
)
elastic modulus
249
(
108-4
)
elastic neutron scattering
241-244
(
110-3
)
elastic scattering
547
(
107-6
)
electret detectors
781-794
(
106-5
)
electret ion chamber
275
(
105-2
)
electric dipole moment
169
(
110-3
)
electric quadrupole interaction
829
(
105-6
)
electrical engineering
39
(
106-1
)
electrical mobility
257
(
111-4
)
electrical substitution
689-700
(
105-5
)
electrical substitution radiometers
325
(
111-4
)
electrical substitution radiometry
641-647
(
106-4
)
electroacoustics
217
(
103-2
)
electrochemical devices
95
(
102-1
)
electromagnetic modes
405
(
102-4
)
electron beam emittance
419-423
(
107-5
)
electron beam emittance
419-423
(
107-5
)
electron beam x-ray microanalysis
483-749
(
107-6
)
electron beam x-ray microanalysis
483-749
(
107-6
)
electron beam x-ray microanalysis
487
(
107-6
)
electron densities
209
(
112-4
)
electron density
193-197
(
108-3
)
electron diffraction
997-1012
(
106-6
)
electron energy-loss spectroscopy
1
(
102-1
)
electron fraction
547
(
107-6
)
electron gas
299
(
113-5
)
electron gas
299
(
113-5
)
electron ionization cross sections
487
(
107-6
)
electron microprobe
687-691
(
107-6
)
electron microprobe standards
681
(
107-6
)
electron microscopy
429
(
111-6
)
electron microscopy
429
(
111-6
)
electron mobilities
433-439
(
105-3
)
electron mobilities
441-452
(
105-3
)
electron paramagnetic resonance
79
(
113-2
)
electron probe analysis
555-566
(
107-6
)
electron probe microanalysis
567-603
(
107-6
)
electron probe microanalysis
627
(
107-6
)
electron probe microanalysis
503
(
107-6
)
electron probe microanalysis
713
(
107-6
)
electron probe microanalysis
663-679
(
107-6
)
electron probe x-ray microanalyzer
605-619
(
107-6
)
electron scattering
547
(
107-6
)
electron spectroscopy
431-436
(
110-4
)
electron stopping-power ratio
359-381
(
108-5
)
electron-backscattering event
427-430
(
110-4
)
electron-impact
505-515
(
109-5
)
electron-impact
327-337
(
107-4
)
electron-impact
505-515
(
109-5
)
electron-impact ionization
285-291
(
105-2
)
electron-impact ionization
63-67
(
107-1
)
electron-neutrino correlation
407-410
(
110-4
)
electronic applications
605-608
(
106-3
)
electronic article
557-564
(
105-4
)
electronic commerce
367
(
102-3
)
Electronic Commerce
291
(
104-3
)
electronic components
291
(
104-3
)
electronic dosimeter
421
(
103-4
)
electronic instrumentation
107
(
112-2
)
electronic kilogram
1-26
(
110-1
)
electronic materials
1097-1134
(
106-6
)
electronic watt determination
1-26
(
110-1
)
electronics manufacturing
291
(
104-3
)
electrons
443
(
111-6
)
electrons
443
(
111-6
)
electrospray
31
(
110-1
)
electrospray aerosol generation
257
(
111-4
)
electroweak interactions
137-144
(
110-3
)
electroweak interactions
137-144
(
110-3
)
electroweak interactions
415-420
(
110-4
)
elemental carbon
279-298
(
107-3
)
elementary symmetric function
413
(
107-5
)
ellipsometer
589
(
106-3
)
ellipsometry
415
(
103-4
)
elliptic integral
413
(
107-5
)
emergence
179-191
(
107-2
)
emission spectrum matching
339-353
(
107-4
)
emulation
93-106
(
107-1
)
encapsulation
93-106
(
107-1
)
encouraging creativity
559-581
(
110-6
)
encryption
511-576
(
106-3
)
encryption
97
(
104-1
)
encryption
401
(
104-4
)
encryption
435-459
(
104-5
)
encryption
511-576
(
106-3
)
end standarddimensional metrology
175
(
113-3
)
end standarddimensional metrology
175
(
113-3
)
energy dispersive
531
(
107-6
)
energy dispersive spectrometry
567-603
(
107-6
)
energy dispersive spectrometry
605-619
(
107-6
)
energy dispersive x-ray spectrometry
567-603
(
107-6
)
energy filtering
1
(
102-1
)
energy landscapes
171
(
102-2
)
energy levels
173
(
105-1
)
energy resolution
621
(
107-6
)
energy-level transitions
173
(
105-1
)
entangled photons
1
(
104-1
)
entangled states
259
(
103-3
)
enthalpy relaxation
195
(
102-2
)
entropy
213
(
102-2
)
entropy crises
187
(
102-2
)
entropy measurement
159
(
102-2
)
environment
781-794
(
106-5
)
environmental
567-603
(
107-6
)
environmental effects
231-278
(
106-1
)
environmental effects
231-278
(
106-1
)
environmental monitoring
279
(
102-3
)
environmental monitoring
15
(
103-1
)
environmental monitoring
449
(
103-5
)
environmental monitoring
19-62
(
107-1
)
epma
703
(
107-6
)
EPMA
693
(
107-6
)
EPMA
503
(
107-6
)
equations
557-564
(
105-4
)
equilibrium bond distance
201
(
103-2
)
equivalent electrical circuit
593
(
103-6
)
equivalent electrical circuit
323
(
104-4
)
equivalent electrical circuit
561
(
103-6
)
equivalent electrical circuits
529-556
(
104-6
)
erbium
177
(
105-1
)
error
577
(
102-5
)
error
371-379
(
106-2
)
error
649-656
(
106-4
)
error analysis and uncertainty
279
(
106-1
)
error estimate
189
(
104-2
)
error rates
517
(
109-5
)
errors in variables method
113
(
111-2
)
escape time
367-376
(
110-4
)
etalon
429-437
(
108-6
)
evaluated data
709-720
(
105-5
)
evaluated data
709-720
(
105-5
)
evaluated data
1045-1050
(
106-6
)
evaluation
541-549
(
105-4
)
evolution operators
465-470
(
110-4
)
ex situ process
115
(
110-2
)
exact integer arithmetic
79
(
111-2
)
excess heat
843-856
(
106-5
)
exchange constant
261-275
(
104-3
)
excitation cross section
505-515
(
109-5
)
excitation cross section
327-337
(
107-4
)
excitation cross section
505-515
(
109-5
)
expanded uncertainty
577
(
102-5
)
expanded uncertainty
589
(
110-6
)
experimental design
511-533
(
105-4
)
exponential backoff algorithm
289
(
108-4
)
exponential backoff algorithm
289
(
108-4
)
exposure
337-358
(
108-5
)
exposure
359-381
(
108-5
)
exposure
301
(
109-2
)
exposure rate
857
(
106-5
)
EXPRESS language
413-439
(
106-2
)
EXPRESS, XML
495
(
104-5
)
extinction coefficient
339-353
(
107-4
)
extreme ultraviolet
267-273
(
108-4
)
F
f-sum rule
299
(
113-5
)
f-sum rule
299
(
113-5
)
facet-defining cuts
161
(
111-2
)
Fano resonance
583
(
110-6
)
FEA
401-412
(
107-5
)
federal agency cooperation
91
(
104-1
)
FeffMPI
223
(
107-3
)
femtosecond (fs) lasers
289
(
112-6
)
Fermi contact term
205
(
103-2
)
Fermi energy
193-197
(
108-3
)
ferromagnetically
480-481
(
107-5
)
few body systems
241-244
(
110-3
)
few-body systems
189
(
110-3
)
fiber
391-394
(
108-5
)
fiber
391-394
(
108-5
)
figure of merit
569
(
109-6
)
filter radiometer
551
(
102-5
)
finite element
77
(
103-1
)
finite element analysis
843-856
(
106-5
)
finite element analysis
401-412
(
107-5
)
finite element method
15
(
102-1
)
finite element method
413-427
(
108-6
)
finite element method
153
(
112-3
)
fire models
231-278
(
106-1
)
fire models
231-278
(
106-1
)
fire reserch
231-278
(
106-1
)
fire reserch
231-278
(
106-1
)
fire retardants
731
(
106-4
)
FITC
101-114
(
110-2
)
fixed point
11-46
(
104-1
)
fixed-point blackbodies
253
(
104-3
)
Fizeau interferometer
319
(
109-3
)
flame inhibition
731
(
106-4
)
flames
731
(
106-4
)
flexible bond
229
(
102-2
)
flow control
153
(
112-3
)
flow cytometer
83-91
(
107-1
)
flow cytometry
139
(
112-3
)
flow patterns
677
(
102-6
)
flow properties
461-478
(
104-5
)
flow sensor
335-344
(
109-3
)
flowing solution
191
(
112-4
)
fluid bilayers
271
(
112-5
)
fluid dynamics
153
(
112-3
)
fluorapatite
1035-1044
(
106-6
)
fluorapatite
1035-1044
(
106-6
)
fluorescein
83-91
(
107-1
)
fluorescein
339-353
(
107-4
)
fluorescein
101-114
(
110-2
)
fluorescence
631
(
105-4
)
fluorescence
83-91
(
107-1
)
fluorescence
17
(
113-1
)
fluorescence
251
(
113-5
)
fluorescence intensity
381-389
(
106-2
)
fluorescence spectrometry
631
(
105-4
)
fluorescence standards
631
(
105-4
)
fluorescence yield
101-114
(
110-2
)
force
25-46
(
106-1
)
force
589
(
110-6
)
force measurement
349
(
102-3
)
form-profilometry
373
(
111-5
)
formal semantics
495
(
104-5
)
formaldehyde
559
(
102-5
)
formaldehyde standard
559
(
102-5
)
fossil and biomass carbon
279-298
(
107-3
)
four-terminal-pair bridge
163
(
103-2
)
four-terminal-pair measurements
163
(
103-2
)
Fourier coefficients
11
(
113-1
)
Fourier transform spectrometer
429-437
(
108-6
)
Fourier transform spectroscopy
149
(
107-2
)
Fourier transform spectroscopy
371
(
109-3
)
Fourier transform spectroscopy
297
(
112-6
)
fragility
171
(
102-2
)
Fraunhofer
775-779
(
106-5
)
Fraunhofer-Airy profile
479
(
104-5
)
Frederick Bates
53
(
112-1
)
free molecular flow theory
143
(
111-2
)
free radicals
425
(
103-4
)
free volume
229
(
102-2
)
free volume
213
(
102-2
)
free-air chamber
337-358
(
108-5
)
free-air chamber
857
(
106-5
)
free-air chamber
301
(
109-2
)
free-air ionization
135-140
(
104-2
)
free-air ionization chamber
135
(
104-2
)
free-air ionization chamber
701-707
(
105-5
)
free-air ionization chamber
383-389
(
108-5
)
free-air ionization chamber
385
(
111-5
)
free-field measurement system
67
(
112-1
)
free-radicals
1135
(
106-6
)
frequency dependence
153
(
103-2
)
frequency dependences
391
(
109-4
)
frequency domain
191
(
112-4
)
frequency domain
251
(
113-5
)
frequency standard
47
(
106-1
)
frequency-domain
407
(
109-4
)
Fresnel approximation
363
(
102-3
)
Fresnel approximation
497
(
103-5
)
Fresnel integrals
589-590
(
105-4
)
Fresnel-Lommel theroy
479
(
104-5
)
front cavity depth
97
(
113-2
)
FTIR microspectroscopy
219-231
(
109-2
)
function point metrics
567-578
(
104-6
)
fundamental constants
11
(
105-1
)
fundamental directions
89
(
111-2
)
fundamental neutron physics
149
(
110-3
)
fundamental parameters
1
(
109-1
)
fundamental physical constants
1-26
(
110-1
)
fundamental postulate
607
(
105-4
)
fundamental solution
445-473
(
107-5
)
fuzzy pixel
155-178
(
109-1
)
G
G-Di Marzio entropy theory
135
(
102-2
)
G-M detectors
781-794
(
106-5
)
GaAs
177
(
103-2
)
gadolinium 158 target
173
(
105-1
)
gadolinium 159
173
(
105-1
)
gage blocks
175
(
113-3
)
gage blocks
647
(
102-6
)
gage blocks
1
(
112-1
)
gage blocks
175
(
113-3
)
gages
647
(
102-6
)
gain
209-219
(
105-2
)
galactic radioactivity
101
(
105-1
)
gallium aluminun arsenide
69-81
(
107-1
)
gallium antinomide
193-197
(
108-3
)
gallium point
11-46
(
104-1
)
gamma
215-219
(
110-3
)
gamma
215-219
(
110-3
)
gamma cascades
113
(
105-1
)
gamma cascades
173
(
105-1
)
gamma polarimeter
221
(
110-3
)
gamma ray
79
(
113-2
)
gamma ray spectroscopy
25
(
105-1
)
gamma ray spectroscopy
81
(
105-1
)
gamma rays
11
(
105-1
)
gamma spectra
113
(
105-1
)
gamma-ray
421-425
(
110-4
)
gamma-ray
421-425
(
110-4
)
gamma-ray bursts
97
(
105-1
)
gamma-ray detection
451
(
109-4
)
gamma-ray spectra
1-9
(
105-1
)
gamma-ray spectrometer
167
(
105-1
)
gamma-ray spectroscopy
89
(
105-1
)
gamma-ray spectroscopy
137
(
105-1
)
gamma-ray standards
365-378
(
103-4
)
gamma-spectroscopy
177
(
105-1
)
Gammasphere
53
(
105-1
)
Gammasphere
137
(
105-1
)
gas adsorption
159
(
105-1
)
gas constant
11-46
(
104-1
)
gas flow meter
435
(
109-4
)
gas flow proportional detector
503
(
107-6
)
gas flow standard
21-47
(
108-1
)
gas standards
559
(
102-5
)
gas standards
59
(
104-1
)
gas thermometry
105
(
106-1
)
gaseous dielectrics
517
(
103-5
)
gases
63
(
103-1
)
gauge blocks
1
(
112-1
)
Gauss-Seidel iteration
57
(
111-2
)
Gaussian beams
429
(
111-6
)
Gaussian beams
429
(
111-6
)
GEANT4
437-442
(
110-4
)
genetic algorithm
67
(
112-1
)
genetic codes
53
(
102-1
)
genetic information
53
(
102-1
)
genetic programming
223
(
107-3
)
geometric phrase
251-257
(
110-3
)
germanium-68
265
(
113-5
)
GFPC
503
(
107-6
)
Gibbs-DiMarzio theory
159
(
102-2
)
glaserite
1035-1044
(
106-6
)
glaserite
1035-1044
(
106-6
)
glass
713
(
107-6
)
glass formers
171
(
102-2
)
glass kinetics
135
(
102-2
)
glass scintillators
283-288
(
110-3
)
glass transition
171
(
102-2
)
glass transition
159
(
102-2
)
glass transition
207
(
102-2
)
glass transition
195
(
102-2
)
glass transition
229
(
102-2
)
glass transition
213
(
102-2
)
glass transition temperature
135
(
102-2
)
glass transitions
187
(
102-2
)
glazes
275
(
105-2
)
global optimization
143
(
109-1
)
gloss, reflectance
247-259
(
107-3
)
gold-germanium-nickel
177
(
103-2
)
graduated scales
225
(
104-3
)
Gram's relation
127
(
111-2
)
graphite-epoxy
151-156
(
108-2
)
gravimetric
435
(
109-4
)
gravitation
607
(
105-4
)
gravitation
263-267
(
110-3
)
gravity
559-581
(
110-6
)
gravity
589
(
110-6
)
grazing incidence
133
(
109-1
)
Green's function
445-473
(
107-5
)
grinding
627
(
107-6
)
groundstate deformation
53
(
105-1
)
guarded hot plate
357
(
103-4
)
guarded hot plate
591-605
(
105-4
)
guiding center approximation
443-448
(
110-4
)
H
H^d3^O^u+^
63-67
(
107-1
)
HACR
325
(
111-4
)
hadronic weak interaction
195
(
110-3
)
half plane
581-587
(
105-4
)
half plane
57-68
(
108-1
)
half-life
541-549
(
105-4
)
Hamiltonian path
127
(
110-2
)
Hamiltonian system
367-376
(
110-4
)
hardness
299-306
(
107-3
)
hardware
341
(
106-1
)
Hassler
31
(
111-1
)
heat capacity
63
(
103-1
)
heat defect
171
(
107-2
)
heat flux
823-831
(
106-5
)
heat flux
479
(
102-4
)
heat flux
621
(
103-6
)
heat flux
487
(
104-5
)
heat flux
293-305
(
105-2
)
heat flux
823-831
(
106-5
)
heat flux
115-124
(
108-2
)
heat flux
97
(
110-2
)
heat-pipe blackbody
9
(
111-1
)
heavy nuclei
113
(
105-1
)
heavy-ion reactions
137
(
105-1
)
helium
299-304
(
110-3
)
helium
305-308
(
110-3
)
helium
167
(
103-2
)
helium
667-688
(
105-5
)
helium
709-729
(
106-4
)
helium
327-337
(
107-4
)
helium
305-308
(
110-3
)
helium
299-304
(
110-3
)
helium
75
(
112-2
)
Helmholtz coils
173
(
110-3
)
heterostructures
69-81
(
107-1
)
heuristic
103
(
111-2
)
heuristics
161
(
111-2
)
HFC
529
(
103-5
)
HgCdTe
577-587
(
106-3
)
high accuracy cryogenic radiometer
325
(
111-4
)
high efficiency
465
(
109-5
)
high precision magnetometry
179
(
110-3
)
high pressure
889-920
(
106-6
)
high resolution
483
(
103-5
)
high Tc superconductor
277
(
104-3
)
high temperature superconductors
29
(
102-1
)
high temperature superconductors
657-690
(
106-4
)
high throughput
465
(
109-5
)
high throughput screening
631
(
105-4
)
high-density microarrays
361
(
111-5
)
high-energy laser
283
(
112-5
)
high-energy laser
283
(
112-5
)
high-performance computing
131
(
113-3
)
high-power laser
(
113-6
)
high-power laser
429
(
109-4
)
high-resolution electron microscopy
1
(
102-1
)
high-throughput assay
219-231
(
109-2
)
historical development
1097-1134
(
106-6
)
historical research highlights
921-952
(
106-6
)
history
261-277
(
107-3
)
history
31
(
111-1
)
history of NBS
293-312
(
106-1
)
history of NBS
279
(
106-1
)
holmium oxide
303
(
112-6
)
homeland security
451
(
109-4
)
homogeneity
703
(
107-6
)
HRTEM
187
(
111-3
)
Hsieh-Clough-Tocher elements
57
(
111-2
)
human beings
231-278
(
106-1
)
human beings
231-278
(
106-1
)
humidity correction
359-381
(
108-5
)
humidity standard
235-240
(
108-3
)
hydrocarbon
693
(
102-6
)
hydrodynamic stability
271
(
112-5
)
hydrogen
457
(
105-3
)
hydrogen
327-337
(
107-4
)
hydrogen bonding
49
(
109-1
)
hydrogen bonding distribution
173
(
104-2
)
hydrogen moderator
145
(
110-3
)
hydrogen-3
523
(
102-5
)
hydrogen-3
535-539
(
105-4
)
hydrogen-3
541-549
(
105-4
)
hydrostaticity
889-920
(
106-6
)
hydroxyapatite
1029
(
106-6
)
hydroxyapatite
1035-1044
(
106-6
)
hydroxyapatite
1029-1033
(
106-6
)
hydroxyapatite
1029
(
106-6
)
hydroxyapatite
1035-1044
(
106-6
)
hydroxyapatite
167-182
(
108-3
)
hydroxyapatite
543-551
(
109-6
)
hydroxyapatite
553
(
109-6
)
Hylleraas-Configuration Interaction
223
(
107-3
)
hyperelliptic integral
413
(
107-5
)
hyperfine structure
205
(
103-2
)
hypergeometric R-function
413
(
107-5
)
hypersatellites
75
(
109-1
)
hypoxia
239
(
113-4
)
hysdroxyapatite
(
113-6
)
hysteresis
627-640
(
106-4
)
I
I-centered cell
373
(
107-4
)
ideal gas
11-46
(
104-1
)
identification
983
(
106-6
)
identification
425
(
107-5
)
identification
447-452
(
108-6
)
illuminance
323
(
102-3
)
illuminance
47
(
104-1
)
image analysis
137-148
(
107-2
)
image deblurring
113
(
111-2
)
image simulation
425
(
102-4
)
image size irradiance
479
(
104-5
)
imaging
139
(
112-3
)
imaging optics
363
(
102-3
)
immersive environments
875-894
(
105-6
)
immersive environments
223
(
107-3
)
immersive visualization
257
(
112-5
)
impedance matrix
405
(
102-4
)
impedance spectroscopy
497-509
(
105-4
)
impedance spectroscopy
497
(
105-4
)
IMPI
875-894
(
105-6
)
implementation
535
(
103-5
)
impurity location
177
(
105-1
)
IMT 2000
299-321
(
108-4
)
IMT 2000
299-321
(
108-4
)
IMT 2000
299
(
108-4
)
in situ burning
231-278
(
106-1
)
in situ burning
231-278
(
106-1
)
in-beam
133
(
105-1
)
in-situ attenuation
435
(
111-6
)
incoherence
429
(
111-6
)
incoherence
429
(
111-6
)
indentation
401-412
(
107-5
)
indentation hardness
511-533
(
105-4
)
indexing programs
569
(
109-6
)
indexing programs
393
(
111-5
)
indexing tables
141
(
103-2
)
inductivity
497-509
(
105-4
)
inductivity
497
(
105-4
)
industrial
79-85
(
108-1
)
inelastic neutron scattering
141
(
105-1
)
inexpensive
833-841
(
106-5
)
infeasible interior-point paths
135
(
111-2
)
influence quantities
371-379
(
106-2
)
informatics
1-17
(
107-1
)
information model
413-439
(
106-2
)
information modeling
291
(
104-3
)
information technology
367
(
102-3
)
information technology
97
(
104-1
)
information technology
567-578
(
104-6
)
information technology
341
(
106-1
)
infrared (IR)
(
113-6
)
infrared
577-587
(
106-3
)
infrared
371
(
109-3
)
infrared
553
(
109-6
)
infrared detector
605
(
103-6
)
infrared imaging
151-156
(
108-2
)
infrared microscope
591-605
(
105-4
)
infrared spectrometer
59
(
104-1
)
instrument broadening
155-178
(
109-1
)
instrument qualification
157
(
113-3
)
instrument validation
631
(
105-4
)
instrumental effects
27-48
(
109-1
)
instrumental effects
27-48
(
109-1
)
instrumentation
1-9
(
105-1
)
instrumented indentation
249
(
108-4
)
integer programming
103
(
111-2
)
integer programming
161
(
111-2
)
integrated circuit interconnect
1-10
(
108-1
)
integrating sphere
323
(
102-3
)
integrating sphere
627
(
102-6
)
integrating sphere
363-371
(
107-4
)
integrating sphere
199-228
(
108-3
)
integrating sphere
17
(
113-1
)
integration
395-402
(
108-5
)
integration
395-402
(
108-5
)
intensity extraction
125
(
109-1
)
inter-laboratory study
361
(
111-5
)
interatomic potential
71
(
105-1
)
interatomic potentials
25
(
105-1
)
interatomic potentials
81
(
105-1
)
interatomic potentials
89
(
105-1
)
interchain orientation
229
(
102-2
)
intercomparison
279
(
102-3
)
intercomparison
523
(
102-5
)
intercomparison
15
(
103-1
)
intercomparison
449
(
103-5
)
intercomparison
47
(
104-1
)
intercomparison
19-62
(
107-1
)
intercomparison
291-298
(
109-2
)
intercomparison
31
(
111-1
)
intercomparison
325
(
111-4
)
interface condition
445-473
(
107-5
)
interfacial adhesion
541
(
110-5
)
interference visibility
245-249
(
110-3
)
interferometer
833-841
(
106-5
)
interferometry
iii
(
106-6
)
interferometry
225
(
104-3
)
interferometry
1-23
(
106-1
)
interlaboratory comparison
125-134
(
108-2
)
interlaboratory comparison
29
(
102-1
)
interlaboratory comparison
657-690
(
106-4
)
interlaboratory comparison
125-134
(
108-2
)
interlaboratory evaluation
439-446
(
108-6
)
interlaboratory evaluation
299
(
109-2
)
interlaboratory evaluations
235-240
(
108-3
)
interlaboratory testing
279
(
106-1
)
intermolecular cooperativity
213
(
102-2
)
intermolecular potential
667-688
(
105-5
)
international comparison
391-394
(
108-5
)
international comparison
391-394
(
108-5
)
international comparison
205
(
113-4
)
international intercomparison
279-298
(
107-3
)
international meter
307
(
105-2
)
international round robin
1071-1095
(
106-6
)
international standards
53
(
112-1
)
Internet
39
(
106-1
)
interoperability
535
(
103-5
)
interoperability
783-788
(
105-5
)
interoperability
341
(
106-1
)
interoperable
343-428
(
105-3
)
interoperable MPI
875-894
(
105-6
)
interphases
541
(
110-5
)
interpolation
69
(
108-1
)
intrinsic impedance standard
529-556
(
104-6
)
intrusion detection
453
(
108-6
)
inventory volume
21-47
(
108-1
)
inverse problem
155-178
(
109-1
)
iodine-125 seed
857
(
106-5
)
ion chamber detectors
781-794
(
106-5
)
ionization chamber
449-452
(
110-4
)
ionizing radiation
443
(
111-6
)
ionizing radiation
63
(
102-1
)
ionizing radiation
443
(
111-6
)
ionizing radiation
79
(
113-2
)
IR detector
689-700
(
105-5
)
iron-55
523
(
102-5
)
irradiance
457-464
(
109-5
)
irradiance
479
(
102-4
)
irradiance
1
(
103-1
)
irradiance
487
(
104-5
)
irradiance
813-828
(
105-6
)
irradiance
57-68
(
108-1
)
irradiance
305
(
109-3
)
irradiance
457-464
(
109-5
)
irregular data
57
(
111-2
)
IS95
299-321
(
108-4
)
IS95
299-321
(
108-4
)
IS95
299
(
108-4
)
ISO 14253-2
143
(
113-3
)
isochoric
63
(
103-1
)
isotonic regression
121
(
111-2
)
isotope dilution mass spectrometry
141
(
104-2
)
isotope identifier
451
(
109-4
)
ITS-90
253
(
104-3
)
Izod impact test
557-565
(
104-6
)
J
Johnson noise thermometry
105
(
106-1
)
Josephson arrays
39
(
106-1
)
Josephson constant
627-640
(
106-4
)
Journal of Research
(
103-6
)
K
K-Ar dating
335
(
111-5
)
K-series calorimeter
283
(
112-5
)
K-series calorimeter
283
(
112-5
)
Ka-band channel
721-754
(
105-5
)
Kelvin
105
(
106-1
)
KIF
495
(
104-5
)
kilogram
25-46
(
106-1
)
kilogram artifact
627-640
(
106-4
)
Kirchhoff
457-464
(
109-5
)
Kirchhoff
355-362
(
107-4
)
Kirchhoff
57-68
(
108-1
)
Kirchhoff
457-464
(
109-5
)
Kirkpatrick-Baez
219-225
(
111-3
)
Knowledge Interchange Format
495
(
104-5
)
knowledge navigation
193
(
107-2
)
knowledge-aided engineering
783-788
(
105-5
)
knowledge-based systems
535
(
103-5
)
Knudsen number
31
(
110-1
)
L
laboratory std. Microphone
97
(
113-2
)
laminar flow meter
435
(
109-4
)
Landsat 7 Enhanced Thematic Mapper Plus
199-228
(
108-3
)
lanthanum
480-481
(
107-5
)
Laplace transform
189
(
104-2
)
large eddy simulation
231
(
106-1
)
large-signal
407
(
109-4
)
Larmor precession
245-249
(
110-3
)
laser
291-298
(
109-2
)
laser ablation ICP-MS
713
(
107-6
)
laser cooling
107-122
(
107-1
)
laser cooling and trapping
259
(
103-3
)
laser detector calibration
(
113-6
)
laser focusing
99-113
(
108-2
)
laser focusing
99-113
(
108-2
)
laser focusing
99-113
(
108-2
)
laser focusing
99-113
(
108-2
)
laser frequency control
289
(
112-6
)
laser power
36
(
106-1
)
laser power meter
(
113-6
)
laser spectroscopy
179
(
110-3
)
laser-cooling of atoms
47
(
106-1
)
latent variables
361
(
111-5
)
latex
183-191
(
108-3
)
lattice matching
425
(
107-5
)
lattice metric singularity
569
(
109-6
)
lattice modes
159
(
105-1
)
lattice relationships
447-452
(
108-6
)
lattice similarity
447-452
(
108-6
)
lattice-matching strategies
447-452
(
108-6
)
lattice-plane selective etch
187
(
111-3
)
Lavery splines
57
(
111-2
)
layered half-space
445-473
(
107-5
)
LBIR
325
(
111-4
)
least squares analysis
107
(
109-1
)
least squares fitting
531
(
107-6
)
least-squares
233
(
109-2
)
least-squares fitting
633
(
103-6
)
legal metrology
315
(
106-1
)
length
225
(
104-3
)
length
1-23
(
106-1
)
Lennard-Jones
223
(
107-3
)
lensless imaging
479
(
104-5
)
level lifetimes
125
(
105-1
)
level of confidence
587
(
102-5
)
Levenberg-Marquardt
633
(
103-6
)
leveraging cyberspace
371
(
102-3
)
life expectancy
517
(
109-5
)
lifetime
177
(
105-1
)
lifetime
71
(
105-1
)
lifetime measurements
153
(
105-1
)
lifetime measurements
63
(
105-1
)
lifetimes
113
(
105-1
)
light emitting diode
363-371
(
107-4
)
light scattering
27
(
110-1
)
lightpipe radiation thermometer
9
(
111-1
)
Lindhard dielectric function
299
(
113-5
)
Lindhard dielectric function
299
(
113-5
)
line shape
209
(
112-4
)
linear algebra
293-312
(
106-1
)
linear complementarity problems
135
(
111-2
)
linear option pool
605
(
110-6
)
linear program
89
(
111-2
)
linear programs
135
(
111-2
)
linear response theory
299
(
113-5
)
linear response theory
299
(
113-5
)
linearity
605
(
103-6
)
link distance
401-412
(
106-2
)
liquid
255-265
(
105-2
)
liquid
255-265
(
105-2
)
liquid
115
(
110-2
)
liquid compositions
379
(
103-4
)
liquid helium
205-208
(
110-3
)
liquid helium
205
(
110-3
)
liquid immiscibility
379
(
103-4
)
liquid scintillation (LS)
523
(
102-5
)
liquid scintillation
455
(
102-4
)
liquid scintillation counting
265
(
113-5
)
liquids
63
(
103-1
)
lithium
327-337
(
107-4
)
lithography
267-273
(
108-4
)
little g
559-581
(
110-6
)
LMDS
721-754
(
105-5
)
load balancing
127
(
110-2
)
load cell
349
(
102-3
)
loading rate
299-306
(
107-3
)
local multipoint distribution service
579
(
104-6
)
local structure
(
113-6
)
log-normal distribution
569
(
102-5
)
logic
395-402
(
108-5
)
logic
395-402
(
108-5
)
long term stability
281
(
113-5
)
long-range dependence
179-191
(
107-2
)
longitudinal resistance
593
(
103-6
)
longitudinal resistance
323
(
104-4
)
longitudinal resistance
561
(
103-6
)
loose abrasives
639
(
107-6
)
low Earth orbit
143
(
111-2
)
low voltage analysis
555-566
(
107-6
)
low voltage microanalysis
605-619
(
107-6
)
low-e glass
219-231
(
109-2
)
low-lying states
63
(
105-1
)
low-spin states
43
(
105-1
)
low-voltage
243
(
111-3
)
lumen
323
(
102-3
)
luminance
323
(
102-3
)
luminescence
631
(
105-4
)
luminous flux
323
(
102-3
)
luminous flux
47
(
104-1
)
luminous intensity
323
(
102-3
)
luminous intensity
47
(
104-1
)
luminous responsivity
47
(
104-1
)
lux
323
(
102-3
)
Lyman alpha radiation
69
(
113-2
)
Lyman alpha radiation
69
(
113-2
)
lymphocyte
339-353
(
107-4
)
M
M-sub-3 edge
1-10
(
108-1
)
M-sub-4 edge
1-10
(
108-1
)
M-sub-5 edge
1-10
(
108-1
)
machine performance test
413-439
(
106-2
)
machine tools
413-439
(
106-2
)
macromolecular crystallography
1155-1173
(
106-6
)
magnesium oxide
357
(
103-4
)
magnetic
23
(
106-6
)
magnetic agglomerates
231
(
110-3
)
magnetic anisotropy
261-275
(
104-3
)
magnetic dipole bands
133
(
105-1
)
magnetic field
557-564
(
105-4
)
magnetic field angle
657-690
(
106-4
)
magnetic field stabilization
173
(
110-3
)
magnetic films
125-134
(
108-2
)
magnetic films
125-134
(
108-2
)
magnetic hysteresis
657-690
(
106-4
)
magnetic microstructure
261-275
(
104-3
)
magnetic multilayers
953-963
(
106-6
)
magnetic noise
173
(
110-3
)
magnetic order parameter
953-963
(
106-6
)
magnetic permeability
303
(
109-2
)
magnetic reference material
1
(
113-1
)
magnetic rotation
53
(
105-1
)
magnetic storage
357-360
(
110-4
)
magnetic structure
953-963
(
106-6
)
magnetic structure
99
(
109-1
)
magnetic superconductors
953-963
(
106-6
)
magnetic susceptibility
207
(
102-2
)
magnetic suseptibility
303
(
109-2
)
magnetic symmetry
953-963
(
106-6
)
magnetic thin film
1
(
113-1
)
magnetic trap
367-376
(
110-4
)
magnetic trapping
339-344
(
110-4
)
magnetic trapping
339-344
(
110-4
)
magnetic traps
345-350
(
110-4
)
magnetism
261-275
(
104-3
)
magnetization
163
(
108-2
)
magnetization
163
(
108-2
)
magnetometer
1
(
113-1
)
mail sorting
97
(
111-2
)
maintenance
103
(
111-2
)
management practices
249
(
102-2
)
manufacturing simulation
783-788
(
105-5
)
manufacturing training
193
(
107-2
)
MAQC
361
(
111-5
)
Marangoni convection
271
(
112-5
)
Markov Chain Monte Carlo methods
605
(
110-6
)
mass
25-46
(
106-1
)
mass
589
(
110-6
)
mass absorption
1-10
(
108-1
)
mass absorption
1-10
(
108-1
)
mass averaging
547
(
107-6
)
mass cancellation
21-47
(
108-1
)
mass effect
547
(
107-6
)
mass fraction
547
(
107-6
)
mass metrology
303
(
109-2
)
Mass Spectrometry
157-158
(
108-2
)
mass spectrometry
1-17
(
107-1
)
mass spectrometry
79-85
(
108-1
)
Mass Spectrometry
157-158
(
108-2
)
mass standards
303
(
109-2
)
massic activity
535-539
(
105-4
)
material properties
709-720
(
105-5
)
material properties
709-720
(
105-5
)
material properties
67
(
112-1
)
material science
187-230
(
106-1
)
materials
187
(
106-1
)
materials properties
1045-1050
(
106-6
)
materials science
1141-1154
(
106-6
)
materials science
1141-1154
(
106-6
)
materials science
1051-1061
(
106-6
)
mathematical lattices
983
(
106-6
)
mathematical lattices
373
(
107-4
)
mathematical lattices
425
(
107-5
)
mathematical modeling
191
(
112-4
)
mathematical morphology
425
(
102-4
)
mathematical reference data
293-312
(
106-1
)
mathematical software
293-312
(
106-1
)
Mathieu functions
11
(
113-1
)
Mawsonite
393
(
111-5
)
maximum entropy
155-178
(
109-1
)
maximum likelihood
411
(
111-6
)
maximum likelihood
411
(
111-6
)
Maxwell
57-68
(
108-1
)
MBE
313-314
(
107-3
)
McStas
161
(
110-3
)
measurand
371-379
(
106-2
)
measurement
587
(
102-5
)
measurement
577
(
102-5
)
measurement
153
(
103-2
)
measurement
141
(
104-2
)
measurement
341
(
106-1
)
measurement
649-656
(
106-4
)
measurement
407
(
109-4
)
measurement
257
(
112-5
)
measurement
143
(
113-3
)
measurement assurance
93
(
103-1
)
measurement assurance
225
(
104-3
)
measurement comparison
627
(
102-6
)
measurement comparisons
93
(
103-1
)
measurement errors
431-444
(
107-5
)
measurement methods
279
(
106-1
)
measurement needs
25
(
112-1
)
measurement science
559-581
(
110-6
)
measurement science
249
(
108-4
)
measurement system comparisons
511-533
(
105-4
)
measurement systems
315
(
106-1
)
measurement uncertainty
93
(
103-1
)
measurement uncertainty
141
(
103-2
)
measurement uncertainty
625
(
103-6
)
measurement uncertainty
225
(
104-3
)
measurement uncertainty
867-871
(
106-5
)
measurement uncertainty
235-240
(
108-3
)
measurement uncertainty
439-446
(
108-6
)
measurement uncertainty
299
(
109-2
)
measurement units
39
(
106-1
)
measurements
(
113-6
)
measurements
63
(
103-1
)
measurements
1-23
(
106-1
)
measurements
(
103-6
)
mechanical properties
709-720
(
105-5
)
mechanical properties
709-720
(
105-5
)
mechanical properties
(
113-6
)
mechanical properties
709-720
(
105-5
)
mechanical properties
1045-1050
(
106-6
)
mechanical properties
183-191
(
108-3
)
mechanical strength
167-182
(
108-3
)
median
551-555
(
105-4
)
median
511-527
(
110-5
)
median method
511-527
(
110-5
)
medical devices
121
(
113-2
)
medical phantom
(
113-6
)
medium access control
289
(
108-4
)
medium access control
289
(
108-4
)
medium-energy x rays
383-389
(
108-5
)
medium-energy x-rays
385
(
111-5
)
melding functions
433-439
(
105-3
)
melding functions
441-452
(
105-3
)
melt growth
1135
(
106-6
)
MEMS
243
(
111-3
)
MEMS
223
(
112-5
)
mercury ion
829
(
105-6
)
mercury point
11-46
(
104-1
)
MESF
83-91
(
107-1
)
MESF
101-114
(
110-2
)
MESF value
339-353
(
107-4
)
mesometric facility
97
(
111-2
)
mesoscopic modeling
267
(
109-2
)
message passing
343-428
(
105-3
)
message passing interface
875-894
(
105-6
)
metal detector
557-564
(
105-4
)
metallic screen
57-68
(
108-1
)
metallography
663-679
(
107-6
)
metallurgy
1141-1154
(
106-6
)
metallurgy
1141-1154
(
106-6
)
metals
1063-1069
(
106-6
)
metals
71
(
105-1
)
metals
1063-1069
(
106-6
)
metastability-exchange
709-729
(
106-4
)
methacrylate conversion
167-182
(
108-3
)
methodology
465
(
109-5
)
metric lattice
447-452
(
108-6
)
metric space
97
(
111-2
)
metrological history
185
(
109-2
)
metrology
iii
(
106-6
)
metrology
93
(
103-1
)
metrology
415
(
103-4
)
metrology
839-866
(
105-6
)
metrology
261-277
(
107-3
)
metrology
267-273
(
108-4
)
metrology
319
(
109-3
)
metrology
589
(
110-6
)
metrology
25
(
112-1
)
metrology
221
(
113-4
)
metrology laboratories
589
(
102-5
)
micro electro mechanical system
115
(
112-2
)
microanalysis
693
(
107-6
)
microanalysis
483
(
107-6
)
microanalysis
487
(
107-6
)
microanalysis
531
(
107-6
)
microanalysis standards
687-691
(
107-6
)
microarray
139
(
112-3
)
microarray
157
(
113-3
)
microarray quality control
361
(
111-5
)
microarray scanner
157
(
113-3
)
microbead
339-353
(
107-4
)
microbeads
83-91
(
107-1
)
microbeam
713
(
107-6
)
microbeam analysis
567-603
(
107-6
)
microbeam standards
681
(
107-6
)
microcalorimeter energy dispersive
621
(
107-6
)
microchannel
177
(
112-4
)
microfluidic device
177
(
112-4
)
microfluidics
335-344
(
109-3
)
microheating elements
335-344
(
109-3
)
microheterogeneity
687-691
(
107-6
)
microhomogeneity
687-691
(
107-6
)
microhotplate
243
(
111-3
)
micromagnetic modeling
293-312
(
106-1
)
micromagnetics
261-275
(
104-3
)
MicroMegas detector
449-452
(
110-4
)
microphone calibration
107
(
112-2
)
microphone calibration
97
(
113-2
)
microphone front cavity depth
97
(
113-2
)
microphone pressure calibration
107
(
112-2
)
microphone reciprocity calibration
107
(
112-2
)
microporous materials
965-973
(
106-6
)
microporous materials
965-973
(
106-6
)
microprobe
703
(
107-6
)
microscale characterization
713
(
107-6
)
microscopes
1-23
(
106-1
)
microscopy
(
113-6
)
microscopy
219-225
(
111-3
)
microspectroscopy
1-10
(
108-1
)
microspheres
101-114
(
110-2
)
microstructure
137-148
(
107-2
)
microstructure analysis parafocusing opt
1
(
109-1
)
microstructure, powder crystallography
133
(
109-1
)
microwave
407
(
109-4
)
microwave
177
(
112-4
)
microwave propagation
579
(
104-6
)
microwave resonator
11-46
(
104-1
)
Mie Scattering
27
(
110-1
)
migration
93-106
(
107-1
)
mineral saturation
267-273
(
105-2
)
mineral standards
681
(
107-6
)
miscible polymer blends
229
(
102-2
)
mixed volumes
127
(
111-2
)
mixer efficiency
391-399
(
106-2
)
mixer truck
55-66
(
110-1
)
mobile ad hoc networks
587-593
(
104-6
)
mobile communications
299-321
(
108-4
)
mobile communications
299-321
(
108-4
)
mobile communications
299
(
108-4
)
mobile networks
401-412
(
106-2
)
mobile systems (3G)
299-321
(
108-4
)
mobile systems (3G)
299-321
(
108-4
)
mobile systems (3G)
299
(
108-4
)
MOCVD
313-314
(
107-3
)
modal representation
405
(
102-4
)
model
407
(
109-4
)
model
243
(
111-3
)
modeling
227
(
111-3
)
modeling and simulation
179-191
(
107-2
)
models
483
(
107-6
)
models for coatings
489
(
102-4
)
modem design
721-754
(
105-5
)
Moderate Resolution Imaging Spectroradio
199-228
(
108-3
)
moderator brightness
145
(
110-3
)
modulated laser illumination
191
(
112-4
)
moisture
479-496
(
109-5
)
molar Planck constant
11
(
105-1
)
molar polarizability
167
(
103-2
)
molecular constants
201
(
103-2
)
molecular dating
185
(
109-2
)
Molecular Dynamics simulations
81
(
105-1
)
molecular dynamics simulations
71
(
105-1
)
molecular ion
285-291
(
105-2
)
molecular ions
63-67
(
107-1
)
molecular tags
53
(
102-1
)
monitor detector
283
(
112-5
)
monitor detector
(
113-6
)
monitor detector
283
(
112-5
)
Monte Carlo
359-381
(
108-5
)
Monte Carlo
49
(
109-1
)
Monte Carlo simulation
159
(
102-2
)
Monte Carlo simulation
113
(
105-1
)
Monte Carlo simulation
357-360
(
110-4
)
morphology
155-178
(
109-1
)
morphology
553
(
109-6
)
mortar
461-478
(
104-5
)
mortar
479-496
(
109-5
)
mounting
627
(
107-6
)
moving boundary
77
(
103-1
)
MPI
131
(
113-3
)
MPI
343-428
(
105-3
)
MPI
875-894
(
105-6
)
MRI
709-729
(
106-4
)
multi-electronic transitions
75
(
109-1
)
multi-series connections
593
(
103-6
)
multi-series connections
529-556
(
104-6
)
multi-series connections
323
(
104-4
)
multi-series connections
561
(
103-6
)
multiconductor transmission line
405
(
102-4
)
multidataset refinement
99
(
109-1
)
multifrequency bridge
391
(
109-4
)
multilayer mirror
219-225
(
111-3
)
multilayer resonator
245-249
(
110-3
)
multimedia communications
455
(
106-2
)
multiphase analysis
99
(
109-1
)
multiphonon states
107
(
105-1
)
multiple diffraction
579
(
104-6
)
multiple publication of same structure
425
(
107-5
)
multiple scattering
411
(
111-6
)
multiple scattering
411
(
111-6
)
multivariate distributions
67
(
110-1
)
muon
95
(
112-2
)
muon
95
(
112-2
)
N
nanocrystalline materials
261-275
(
104-3
)
nanoindentation
249
(
108-4
)
nanoparticles
155-178
(
109-1
)
nanoscale assembly
275-287
(
108-4
)
nanoscale assembly
279
(
109-2
)
nanoscale standards
99-113
(
108-2
)
nanoscale standards
99-113
(
108-2
)
nanoscale standards
99-113
(
108-2
)
nanoscale standards
99-113
(
108-2
)
nanostructure
(
113-6
)
nanostructured
543-551
(
109-6
)
nanotechnology
99-113
(
108-2
)
nanotechnology
99-113
(
108-2
)
nanotechnology
99-113
(
108-2
)
nanotechnology
131
(
113-3
)
nanotechnology
99-113
(
108-2
)
nanotechnology
275-287
(
108-4
)
narrow slits
1
(
111-1
)
national measurement standard
337-358
(
108-5
)
national measurement standard
301
(
109-2
)
national standard
359-381
(
108-5
)
National standards strategy
83
(
104-1
)
native oxide
313-314
(
107-3
)
NBS
535-539
(
105-4
)
NBS Reactor
921-952
(
106-6
)
NDE theoretical mechanics
445-473
(
107-5
)
near infrared
689-700
(
105-5
)
near infrared spectroscopy
173
(
104-2
)
near zone
457-464
(
109-5
)
near zone
355-362
(
107-4
)
near zone
57-68
(
108-1
)
near zone
457-464
(
109-5
)
neon
371
(
109-3
)
network analyzer
407
(
109-4
)
network planning
161
(
111-2
)
network traffic
179-191
(
107-2
)
network traffic
227
(
111-3
)
networked medical device interoperabilit
121
(
113-2
)
networking
371
(
102-3
)
neurostimulation implants
121
(
113-2
)
neutral currents
189
(
110-3
)
neutrino bursts
97
(
105-1
)
neutrino helicity
89
(
105-1
)
neutron
195-203
(
110-3
)
neutron
299-304
(
110-3
)
neutron
305-308
(
110-3
)
neutron
421-425
(
110-4
)
neutron
95
(
112-2
)
neutron
187
(
106-1
)
neutron
709-729
(
106-4
)
neutron
305-308
(
110-3
)
neutron
299-304
(
110-3
)
neutron
315-318
(
110-4
)
neutron
419
(
111-6
)
neutron
95
(
112-2
)
neutron beta decay
309-313
(
110-3
)
neutron beta decay
461-464
(
110-4
)
neutron beta decay
407-410
(
110-4
)
neutron beta decay
437-442
(
110-4
)
neutron beta decay
427-430
(
110-4
)
neutron beta decay
389-394
(
110-4
)
neutron beta-decay
411-414
(
110-4
)
neutron beta-decay
319-326
(
110-4
)
neutron capture
215-219
(
110-3
)
neutron capture
195
(
110-3
)
neutron capture
113
(
105-1
)
neutron capture
215-219
(
110-3
)
neutron capture
145
(
110-3
)
neutron crystallography
1155-1173
(
106-6
)
neutron decay
395-400
(
110-4
)
neutron decay
415-420
(
110-4
)
neutron decay
401-406
(
110-4
)
neutron decay
421-426
(
110-4
)
neutron decay
431-436
(
110-4
)
neutron deficient nuclei
43
(
105-1
)
neutron detection
69
(
113-2
)
neutron detection
69
(
113-2
)
neutron detector
449-452
(
110-4
)
neutron diffraction
187-230
(
106-1
)
neutron diffraction
965-973
(
106-6
)
neutron diffraction
953-963
(
106-6
)
neutron diffraction
965-973
(
106-6
)
neutron guide
145
(
110-3
)
neutron interferometer
137-144
(
110-3
)
neutron interferometer
137-144
(
110-3
)
neutron interferometry
251-257
(
110-3
)
neutron interferometry
241-244
(
110-3
)
neutron interferometry
259
(
110-3
)
neutron interferometry
237
(
110-3
)
neutron lifetime
339-344
(
110-4
)
neutron lifetime
361-366
(
110-4
)
neutron lifetime
339-344
(
110-4
)
neutron lifetime
357-360
(
110-4
)
neutron lifetime
333-338
(
110-4
)
neutron lifetime
327-332
(
110-4
)
neutron lifetime
351-356
(
110-4
)
neutron mass
11
(
105-1
)
neutron optics
161
(
110-3
)
neutron optics
157
(
110-3
)
neutron optics
259
(
110-3
)
neutron polarimetry
309-313
(
110-3
)
neutron polarization
221
(
110-3
)
neutron polization
309-313
(
110-3
)
neutron quantum states
269-272
(
110-3
)
neutron reactions
173
(
105-1
)
neutron scattering
187-230
(
106-1
)
neutron scattering
23
(
106-6
)
neutron scattering
480-481
(
107-5
)
neutron scattering
261-275
(
104-3
)
neutron source
149
(
110-3
)
neutron sources
161
(
110-3
)
neutron sources
153
(
110-3
)
neutron spin echo
245-249
(
110-3
)
neutron spin filter
293-298
(
110-3
)
neutron spin rotation
209
(
110-3
)
neutron time of flight
309-313
(
110-3
)
neutron trap
361-366
(
110-4
)
neutron-proton pairing
33
(
105-1
)
neutrons
389-393
(
110-4
)
neutrons
263-267
(
110-3
)
neutrons
485
(
110-4
)
new branch of crystallography
975-982
(
106-6
)
New Yale Plunger Device
53
(
105-1
)
Ni/Ti
1
(
102-1
)
nickel
65
(
109-1
)
nickel-63
455
(
102-4
)
nickel-63
523
(
102-5
)
nicotinic acid
49
(
109-1
)
NIST
535-539
(
105-4
)
NIST
419
(
111-6
)
NIST
(
103-6
)
NIST SRM 1990
1071-1095
(
106-6
)
nitrogen
435
(
109-4
)
NMDA
31
(
110-1
)
NMR
481-484
(
110-4
)
nn-scattering
225
(
110-3
)
noise
209-219
(
105-2
)
noise
577-587
(
106-3
)
noise
511-527
(
110-5
)
noise
605
(
103-6
)
noise
431-444
(
107-5
)
noise measurement
431-444
(
107-5
)
nomenclature
223
(
112-5
)
non-destructive and contactless measure
209
(
112-4
)
non-destructive testing
479-496
(
109-5
)
non-linear HPA
721-754
(
105-5
)
non-Newtonian gravity
269-272
(
110-3
)
non-oscillatory splines
57
(
111-2
)
nondestructive analysis
233
(
109-2
)
nondispersive phase
237
(
110-3
)
nonlinear
407
(
109-4
)
nonlinear four-wave mixing
333
(
102-3
)
nonlinear material
183-191
(
108-3
)
nonlinear programming
441-454
(
106-2
)
nonlinear programming
441-454
(
106-2
)
nonlinear relaxation
195
(
102-2
)
nonlinear susceptibility
207
(
102-2
)
nonlinearity meaasurement
429
(
109-4
)
normal modes
159
(
105-1
)
normalized reduced cell and form
447-452
(
108-6
)
Nowak correction
259
(
110-3
)
NPDGamma
195-203
(
110-3
)
nuclear level lifetimes
53
(
105-1
)
nuclear levels
113
(
105-1
)
nuclear lifetimes
81
(
105-1
)
nuclear phase transitions
147
(
105-1
)
nuclear resonance photon scattering
159
(
105-1
)
nuclear spectroscopy
167
(
105-1
)
nuclear state lifetimes
25
(
105-1
)
nuclear structure
141
(
105-1
)
nuclear structure
25
(
105-1
)
nuclear structure
53
(
105-1
)
nuclear structure
33
(
105-1
)
nucleon-nucleon interaction
205-208
(
110-3
)
nucleon-nucleon interaction
205
(
110-3
)
nucleon-nucleon interaction
209
(
110-3
)
numeric integration
189
(
104-2
)
numeric transform
189
(
104-2
)
numerical approximations
589-590
(
105-4
)
numerical integration
581-587
(
105-4
)
O
obnoxious facility
97
(
111-2
)
ocean color
627
(
102-6
)
octacalcium phosphate
1035-1044
(
106-6
)
octacalcium phosphate
1035-1044
(
106-6
)
off-plane Eagle
483
(
103-5
)
offshore drilling
231
(
106-1
)
OH molecule
201
(
103-2
)
OH molecule
205
(
103-2
)
ohmic contacts
177
(
103-2
)
oil spills
231-278
(
106-1
)
oil spills
231-278
(
106-1
)
oil spills
231
(
106-1
)
OMB Circular A-119
91
(
104-1
)
on-orbital TSI differences
187
(
113-4
)
one-center location problem
89
(
111-2
)
one-to-one mappings
307
(
112-6
)
ontology
495
(
104-5
)
operational hazards
231-278
(
106-1
)
operational hazards
231-278
(
106-1
)
optical
1-23
(
106-1
)
optical calibration metrology
373
(
111-5
)
optical clocks
289
(
112-6
)
optical coherence tomography
139
(
112-3
)
optical detected magnetic resonance
179
(
110-3
)
optical discs
565-569
(
105-4
)
optical fiber
391-394
(
108-5
)
optical fiber
391-394
(
108-5
)
optical fiber
205
(
113-4
)
optical fiber bandwidth
333
(
102-3
)
optical fiber Bragg grating
839-866
(
105-6
)
optical fiber sensors
839-866
(
105-6
)
optical flats
647
(
102-6
)
optical frequency measurement
289
(
112-6
)
optical frequency standards
829
(
105-6
)
optical polygons
141
(
103-2
)
optical power
205
(
113-4
)
optical power measurement standard
325
(
111-4
)
optical power meter
391-394
(
108-5
)
optical power meter
391-394
(
108-5
)
optical power, optical fiber
291-298
(
109-2
)
optical pumping
299-304
(
110-3
)
optical pumping
709-729
(
106-4
)
optical pumping
293-298
(
110-3
)
optical pumping
179
(
110-3
)
optical pumping
299-304
(
110-3
)
optical radiation
153
(
103-2
)
optical tweezers
275-287
(
108-4
)
optics
457-464
(
109-5
)
optics
355-362
(
107-4
)
optics
57-68
(
108-1
)
optics
457-464
(
109-5
)
optics
1
(
111-1
)
optimization
441-454
(
106-2
)
optimization
441-454
(
106-2
)
optimization
497
(
107-6
)
optimization
97
(
111-2
)
optimization
103
(
111-2
)
optimization
121
(
111-2
)
optimization
153
(
112-3
)
optimum design
15
(
102-1
)
orbit prediction
79
(
110-2
)
ortho-deuterium
273-277
(
110-3
)
ortho-para conversion
273-277
(
110-3
)
orthogonal distance regression
633
(
103-6
)
orthophosphates
693
(
107-6
)
orthorhombic/tetragonal transformation
41
(
111-1
)
overlaps
497
(
107-6
)
overshoot
511-527
(
110-5
)
oxide inclusions
663-679
(
107-6
)
oxygen ordering
41
(
111-1
)
P
packaging
393
(
107-5
)
packed beds
77
(
103-1
)
pairwise and higher strength testing
287
(
113-5
)
paper
895-900
(
105-6
)
paper making
895-900
(
105-6
)
paper manufacturing
895-900
(
105-6
)
parallel algorithms
267
(
109-2
)
parallel beam geometry
27-48
(
109-1
)
parallel beam geometry
27-48
(
109-1
)
parallel computing
131
(
113-3
)
parallel computing
223
(
107-3
)
parallel processing
343-428
(
105-3
)
parallel processing
875-894
(
105-6
)
parameter estimation
293-312
(
106-1
)
parameters
795-822
(
106-5
)
parametric downconversion
1
(
104-1
)
parasitic impedances
529-556
(
104-6
)
parity non-conservation
205-208
(
110-3
)
parity non-conservation
205
(
110-3
)
parity violation
195-203
(
110-3
)
parity violation
205-208
(
110-3
)
parity violation
215-219
(
110-3
)
parity violation
195
(
110-3
)
parity violation
205
(
110-3
)
parity violation
293-298
(
110-3
)
parity violation
215-219
(
110-3
)
parity violation
189
(
110-3
)
parity-violation
209
(
110-3
)
partial differential equations
405
(
103-4
)
partial discharges
569
(
102-5
)
particle analysis
555-566
(
107-6
)
particle size calibration standards
257
(
111-4
)
particles
77
(
103-1
)
partitioning algorithm
405
(
103-4
)
passivation
177
(
103-2
)
pb-doped 2223
277
(
104-3
)
PCBs
245
(
109-2
)
PCBs
245
(
109-2
)
PCBs
613
(
110-6
)
performance
341
(
106-1
)
performance
1051-1061
(
106-6
)
permanent magnets
345-350
(
110-4
)
permeation-tube
235-240
(
108-3
)
personal communications services
697
(
102-6
)
personal computers
363
(
102-3
)
personal computers
497
(
103-5
)
personnel dosimetry
421
(
103-4
)
Petzval
479
(
104-5
)
pH
339-353
(
107-4
)
pH^d2^O pHF
115
(
110-2
)
phase coexistence
147
(
105-1
)
phase equilibria
379
(
103-4
)
phase equilibria
277
(
104-3
)
phase equilibria
1097-1134
(
106-6
)
phase equilibria
525
(
109-6
)
phase equilibria
115
(
110-2
)
phase shifting
319
(
109-3
)
phase transformation of
41
(
111-1
)
phase transitions
997-1012
(
106-6
)
phonon creation
89
(
105-1
)
phonon excitations
125
(
105-1
)
phonon states
147
(
105-1
)
phosphate cement
1029
(
106-6
)
phosphate cement
1029
(
106-6
)
photoassociation spectroscopy
107-122
(
107-1
)
photochemical reactions
251
(
113-5
)
photoconductive
577-587
(
106-3
)
photocurrent
153
(
103-2
)
photocurrent
209-219
(
105-2
)
photocurrent
813-828
(
105-6
)
photocurrent
577-587
(
106-3
)
photodegradation
191
(
112-4
)
photodegradation
251
(
113-5
)
photodiode
153
(
103-2
)
photodiode
813-828
(
105-6
)
photodiode
577-587
(
106-3
)
photoelectron spectra
795-822
(
106-5
)
photometer, photometry
47
(
104-1
)
photometry
615
(
103-6
)
photometry
36
(
106-1
)
photometry
363-371
(
107-4
)
photometry
69
(
108-1
)
photometry
401
(
111-5
)
photon energy-absorption coefficient
359-381
(
108-5
)
photonic band gap
411
(
111-6
)
photonic band gap
411
(
111-6
)
physical properties
709-720
(
105-5
)
physical properties
709-720
(
105-5
)
physical properties
1045-1050
(
106-6
)
Physical transmission function
411
(
111-6
)
Physical transmission function
411
(
111-6
)
physics beyond the Standard Model
453-460
(
110-4
)
piston gage
11-20
(
108-1
)
piston gage
135
(
108-2
)
piston/cylinder assembly
11-20
(
108-1
)
piston/cylinder assembly
135
(
108-2
)
PIT
519
(
103-5
)
pitch standards
99-113
(
108-2
)
pitch standards
99-113
(
108-2
)
pitch standards
99-113
(
108-2
)
pitch standards
99-113
(
108-2
)
pixel measurement
221
(
113-4
)
Planck constant
627-640
(
106-4
)
Planck constant
1-26
(
110-1
)
Planckian
775-779
(
106-5
)
plaque fluid
267-273
(
105-2
)
Plaster of Paris
137-148
(
107-2
)
plastic viscosity
229-234
(
108-3
)
plastics
557-565
(
104-6
)
platform height
223
(
112-5
)
poder data evaluation
1013-1028
(
106-6
)
poder data evaluation
1013-1028
(
106-6
)
point clouds
57
(
111-2
)
point defects
1135
(
106-6
)
Poisson process
479-496
(
109-5
)
polar directions
89
(
111-2
)
polarimetry
53
(
112-1
)
polarizability
167
(
103-2
)
polarization
299-304
(
110-3
)
polarization
305-308
(
110-3
)
polarization
457-464
(
109-5
)
polarization
709-729
(
106-4
)
polarization
355-362
(
107-4
)
polarization
457-464
(
109-5
)
polarization
383-388
(
110-4
)
polarization
185
(
110-3
)
polarization
305-308
(
110-3
)
polarization
299-304
(
110-3
)
polarization
1
(
111-1
)
polarization analysis
953-963
(
106-6
)
polarization analysis
293-298
(
110-3
)
polarization interferometer
1
(
104-1
)
polarization mode dispersion (PMD)
1
(
104-1
)
polarization-mode dispersion
333
(
102-3
)
polarized
389-393
(
110-4
)
polarized neutron
481-484
(
110-4
)
polarized neutrons
137-144
(
110-3
)
polarized neutrons
293-298
(
110-3
)
polarized neutrons
137-144
(
110-3
)
polarized neutrons
231
(
110-3
)
polarized neutrons
145
(
110-3
)
polarized neutrons
471-480
(
110-4
)
polarized nuclei
471-480
(
110-4
)
polishing
627
(
107-6
)
polishing
639
(
107-6
)
poly(lactic acid)
219-231
(
109-2
)
polycapillary optics
27-48
(
109-1
)
polycapillary optics
27-48
(
109-1
)
polycrystalline
889-920
(
106-6
)
polycrystalline materials
497
(
109-5
)
polyelectrolytes
225
(
103-2
)
polyhedral distance
89
(
111-2
)
polymer
213
(
102-2
)
polymer
187
(
106-1
)
polymer
1-17
(
107-1
)
polymer
79-85
(
108-1
)
polymer blends
219-231
(
109-2
)
polymer microchannels
335-344
(
109-3
)
polymers
1141-1154
(
106-6
)
polymers
225
(
103-2
)
polymers
1141-1154
(
106-6
)
polymorphism
49
(
109-1
)
polystyrene latex particles
31
(
110-1
)
polystyrene spheres
27
(
110-1
)
pool fires
231
(
106-1
)
porosity
(
113-6
)
positron emitter
265
(
113-5
)
potassium
505-515
(
109-5
)
potassium
505-515
(
109-5
)
potassium bromate
49-55
(
108-1
)
potassium bromate
49-55
(
108-1
)
potassium chloride
393
(
107-5
)
potassium-argon dating
335
(
111-5
)
potentiometer
755
(
105-5
)
powder diffraction
965-973
(
106-6
)
powder diffraction
965-973
(
106-6
)
powder diffraction
107
(
109-1
)
powder diffraction
143
(
109-1
)
powder diffraction
49
(
109-1
)
powder indexing
569
(
109-6
)
powder indexing
393
(
111-5
)
powder neutron diffraction
99
(
109-1
)
powder x-ray diffraction
99
(
109-1
)
powder x-ray diffractometer
1063-1069
(
106-6
)
powder x-ray diffractometer
1063-1069
(
106-6
)
power
775-779
(
106-5
)
power diagram
79
(
111-2
)
power efficiency
587-593
(
104-6
)
power measurement
435
(
111-6
)
power-law creep
15
(
102-1
)
powerline frequency
107
(
112-2
)
powerline interference
107
(
112-2
)
pragmatic TCM
721-754
(
105-5
)
preamplifier
577-587
(
106-3
)
precision
833-841
(
106-5
)
precision impedance measurements
163
(
103-2
)
precision measurement
559-581
(
110-6
)
precision measurement
1-9
(
105-1
)
preparation
553
(
109-6
)
presentations
605-608
(
106-3
)
pressed polytetrafluoroethylene powder
185
(
104-2
)
pressure dependence
953-963
(
106-6
)
pressure measurement
11-20
(
108-1
)
pressure measurement
135
(
108-2
)
pressure shifts
149
(
107-2
)
pressure standard
167
(
103-2
)
primary dosimetry
421
(
103-4
)
primary phase field
379
(
103-4
)
primary phase field
277
(
104-3
)
primary pressure standards
11-20
(
108-1
)
primary pressure standards
135
(
108-2
)
primary standard
135-140
(
104-2
)
primary standard
135
(
104-2
)
primary standard
701-707
(
105-5
)
primary standard
383-389
(
108-5
)
primary standard
435
(
109-4
)
primary standard
385
(
111-5
)
probability
587
(
102-5
)
probability distribution
401-412
(
106-2
)
probability distributions
67
(
110-1
)
process
519
(
103-5
)
process control
175
(
113-3
)
process control
39
(
112-1
)
process control
175
(
113-3
)
process information technology
519
(
103-5
)
process ontology
495
(
104-5
)
process representation
783-788
(
105-5
)
process semantics
495
(
104-5
)
process specification language
519
(
103-5
)
process specification language
495
(
104-5
)
processing
115
(
110-2
)
product data management
783-788
(
105-5
)
product data standards
291
(
104-3
)
profile convolution
1
(
109-1
)
profile fitting
1
(
109-1
)
profile refinement
921-952
(
106-6
)
projection
121
(
111-2
)
prolate deformation
43
(
105-1
)
propane + butane
525
(
109-6
)
propane
525
(
109-6
)
properties of the ^u3^He nucleus
241-244
(
110-3
)
property data
709-720
(
105-5
)
protein crystallography
1155-1173
(
106-6
)
protein folding
171
(
102-2
)
proteins
1155-1173
(
106-6
)
prototypes
307
(
105-2
)
pseudo-vectorial theory
1
(
111-1
)
pseudo-Voigt profiles
509
(
107-6
)
PSL
519
(
103-5
)
PSL
495
(
104-5
)
pulmonary hypertension
183-191
(
108-3
)
pulmonary hypertension
239
(
113-4
)
pulse pile-up rejection
503
(
107-6
)
pulsed reactor
225
(
110-3
)
purification
1135
(
106-6
)
PVTt standard
21-47
(
108-1
)
pyroelectric detector
291-298
(
109-2
)
pyrometers
105
(
106-1
)
Q
QCD
189
(
110-3
)
QDPD
223
(
107-3
)
quadruple-series connections
391
(
109-4
)
quadrupole trap
361-366
(
110-4
)
quality award
249
(
102-2
)
quality measurements
39
(
112-1
)
quantitation
83-91
(
107-1
)
quantitation
79-85
(
108-1
)
quantitative analysis
693
(
107-6
)
quantitative analysis
627
(
107-6
)
quantitative flow cytometry
339-353
(
107-4
)
quantitative fluorescence
381-389
(
106-2
)
quantized Hall resistance
593
(
103-6
)
quantized Hall resistance
529-556
(
104-6
)
quantized Hall resistance
323
(
104-4
)
quantized Hall resistance
561
(
103-6
)
quantized Hall resistor
177
(
103-2
)
quantum computation
259
(
103-3
)
quantum computation
307
(
112-6
)
quantum dots
131
(
113-3
)
quantum Hall effect
677
(
102-6
)
quantum Hall effect
177
(
103-2
)
quantum Hall effect
497
(
110-5
)
quantum interference
1
(
104-1
)
quantum mechanics
263-267
(
110-3
)
quantum oracle
307
(
112-6
)
quantum state engineering
259
(
103-3
)
quasi-Newton method
413-427
(
108-6
)
quasicrystals
997-1012
(
106-6
)
quasicrystals
975-982
(
106-6
)
quasispheres
163
(
112-3
)
quaternary lattice metric singularity
393
(
111-5
)
R
rad
443
(
111-6
)
rad
443
(
111-6
)
radiance temperature
253
(
104-3
)
radiant flux
479
(
104-5
)
radiant power
813-828
(
105-6
)
radiation
479
(
102-4
)
radiation
621
(
103-6
)
radiation
781-794
(
106-5
)
radiation chemistry
171
(
107-2
)
radiation force balance
435
(
111-6
)
radiation force balance
281
(
113-5
)
radiation monitoring
421
(
103-4
)
radiation pressure
435
(
111-6
)
radiation processing
443
(
111-6
)
radiation processing
443
(
111-6
)
radiation protection
443
(
111-6
)
radiation protection
443
(
111-6
)
radiation temperature
36
(
106-1
)
radiation thermometer
9
(
111-1
)
radiation thermometry
105
(
106-1
)
radiative corrections
415-420
(
110-4
)
radiative corrections
421-426
(
110-4
)
radiative corrections
411-414
(
110-4
)
radiative corrections
315-318
(
110-4
)
radiative corrections
319-326
(
110-4
)
radiative decay
415-420
(
110-4
)
radiative decay
421-426
(
110-4
)
radiative-loss correction
359-381
(
108-5
)
radical
693
(
102-6
)
radioactive beams
33
(
105-1
)
radioactive hafnium
125
(
105-1
)
radioactive lifelines
101
(
105-1
)
radioactivity
455
(
102-4
)
radioactivity
523
(
102-5
)
radioactivity
275
(
105-2
)
radioactivity
781-794
(
106-5
)
radioactivity standards
589
(
102-5
)
radiocarbon dating
185
(
109-2
)
radiofrequency techniques
703
(
102-6
)
radiometer
209-219
(
105-2
)
radiometer
293-305
(
105-2
)
radiometer
115-124
(
108-2
)
radiometer, reponsivity
153
(
103-2
)
radiometric
36
(
106-1
)
radiometry
363
(
102-3
)
radiometry
497
(
103-5
)
radiometry
689-700
(
105-5
)
radiometry
649-656
(
106-4
)
radiometry
775-779
(
106-5
)
radiometry
363-371
(
107-4
)
radiometry
69
(
108-1
)
radiometry
305
(
109-3
)
radiometry
401
(
111-5
)
radiometry calorimetry
129
(
112-3
)
radiometry colorimetry
129
(
112-3
)
radionuclide identifier
451
(
109-4
)
radionuclide metrology
589
(
102-5
)
rake receiver
299-321
(
108-4
)
rake receiver
299-321
(
108-4
)
rake receiver
299
(
108-4
)
Raman
553
(
109-6
)
Raman measurements
193-197
(
108-3
)
Raman spectra
209
(
112-4
)
Raman spectroscopy
273-277
(
110-3
)
Ramsey's method
465-470
(
110-4
)
random first order transition
187
(
102-2
)
random heteropolymers
187
(
102-2
)
random point process
569
(
102-5
)
rapid chloride test
497-509
(
105-4
)
rapid chloride test
497
(
105-4
)
rare earth elements
693
(
107-6
)
rare earth phosphates
693
(
107-6
)
rat model
239
(
113-4
)
rat pulmonary artery
183-191
(
108-3
)
RAVE
131
(
113-3
)
ray tracing
483
(
103-5
)
Rayleigh
479
(
104-5
)
Rayleigh-Sommerfeld
355-362
(
107-4
)
Rayleigh-Taylor convection
271
(
112-5
)
re-entrant chamber
857
(
106-5
)
real part of the coherent scatt length
241-244
(
110-3
)
receiver operating characteristic (ROC)
453
(
108-6
)
reciprocity calibration
97
(
113-2
)
recoil distance method
53
(
105-1
)
recoil-distance method
63
(
105-1
)
recrystallization
65
(
109-1
)
rectangular apertures
363
(
102-3
)
rectangular apertures
497
(
103-5
)
rectangular coils
557-564
(
105-4
)
recurrence relations
413
(
107-5
)
recursion formula
581-587
(
105-4
)
redox titration
49-55
(
108-1
)
redox titration
49-55
(
108-1
)
reduction
983
(
106-6
)
reduction
425
(
107-5
)
REE
693
(
107-6
)
reference data
443
(
111-6
)
reference data
341
(
106-1
)
reference data
443
(
111-6
)
reference detector
813-828
(
105-6
)
reference material
313
(
111-4
)
reference materials
571-579
(
105-4
)
reference materials
681
(
107-6
)
Reference Materials
613
(
110-6
)
reference materials
205
(
111-3
)
reference radiation qualities
135-140
(
104-2
)
reference radiation qualities
135
(
104-2
)
reference radiation qualities
701-707
(
105-5
)
reference radiation qualities
383-389
(
108-5
)
reference radiation qualities
385
(
111-5
)
reference temperature
1
(
112-1
)
refinement tree partitions
405
(
103-4
)
refinement-tree partition
127
(
110-2
)
reflectance
839-866
(
105-6
)
reflectivity
187
(
106-1
)
reflectometry
415
(
103-4
)
reflectometry
267-273
(
108-4
)
refractive index
429-437
(
108-6
)
refractive index
259
(
110-3
)
refrigeration
529
(
103-5
)
regression analyses
433-439
(
105-3
)
regression analyses
441-452
(
105-3
)
regular triangulation
79
(
111-2
)
relative group delay
839-866
(
105-6
)
relaxation
171
(
102-2
)
relaxation
213
(
102-2
)
relaxation
293-298
(
110-3
)
relaxation function
189
(
104-2
)
remote sensing
627
(
102-6
)
remote sensing
199-228
(
108-3
)
rendering measurement
221
(
113-4
)
repeatability
29
(
102-1
)
repeatability
235-240
(
108-3
)
reproducibility
235-240
(
108-3
)
requirements
535
(
103-5
)
Research Associateship
1013-1028
(
106-6
)
Research Associateship
1013-1028
(
106-6
)
residual strain
133
(
109-1
)
residual stress analysis
27-48
(
109-1
)
residual stress analysis
27-48
(
109-1
)
residual-stress
187
(
106-1
)
resistance measurements
39
(
106-1
)
resistance standard
497
(
110-5
)
resolution
479
(
104-5
)
resolution
143
(
113-3
)
resonance neutrons
173
(
105-1
)
resonances
485
(
110-4
)
responsivity
283
(
112-5
)
responsivity
689-700
(
105-5
)
responsivity
813-828
(
105-6
)
responsivity
305
(
109-3
)
responsivity
283
(
112-5
)
reverse link
299-321
(
108-4
)
reverse link
299-321
(
108-4
)
reverse link
299
(
108-4
)
review
541-549
(
105-4
)
rf furnace
253
(
104-3
)
rheological measurements
461-478
(
104-5
)
rheological models
461-478
(
104-5
)
rheology
461-478
(
104-5
)
rheology
229-234
(
108-3
)
rheology
267
(
109-2
)
rheology
55-66
(
110-1
)
ricin toxin
313
(
111-4
)
Rietveld analysis
107
(
109-1
)
Rietveld refinement
99
(
109-1
)
Rietveld refinement
133
(
109-1
)
Rietveld refinements
691-707
(
106-4
)
Rijndael
511-576
(
106-3
)
robust statistics
551-555
(
105-4
)
robustness
79
(
111-2
)
Rockwell hardness
401-412
(
107-5
)
roofing technology
209
(
103-2
)
roots of unity
307
(
112-6
)
ROSPEC
419
(
111-6
)
round robin
85
(
102-1
)
round table discussion
605-608
(
106-3
)
ruby pressure measurement
889-920
(
106-6
)
ruby spheres
1071-1095
(
106-6
)
S
S. W. Stratton
1
(
112-1
)
saccharimetry
53
(
112-1
)
saliva
267-273
(
105-2
)
sample preparation
627
(
107-6
)
sample preparation
663-679
(
107-6
)
satellites
509
(
107-6
)
satellites
75
(
109-1
)
satellites
79
(
110-2
)
sawing
627
(
107-6
)
scalar theory
1
(
111-1
)
scalar wavefunctions
355-362
(
107-4
)
scale realization
551
(
102-5
)
scanned probe microscopy
425
(
102-4
)
scanning electron microscope
605-619
(
107-6
)
scanning electron microscope
555-566
(
107-6
)
scanning electron microscopy
567-603
(
107-6
)
scanning electron microscopy
867-874
(
106-6
)
scanning electron microscopy
567-603
(
107-6
)
scanning tunneling microscopy
425
(
102-4
)
scanning-electron
1-23
(
106-1
)
scattering amplitude
465-470
(
110-4
)
scattering length
107-122
(
107-1
)
scattering length
259
(
110-3
)
scattering parameter
407
(
109-4
)
SCCDRM
187
(
111-3
)
scheduling
103
(
111-2
)
scientific visaualization
875-894
(
105-6
)
scientific visualization
223
(
107-3
)
scientific visualization
221
(
113-4
)
scintillation counter
275
(
105-2
)
scintillation counting
589
(
102-5
)
scintillation detectors
781-794
(
106-5
)
scintillation detectors
431-436
(
110-4
)
sealed proportional counter, XePC
503
(
107-6
)
second moment tensor
(
113-6
)
second order pole
299
(
113-5
)
second order pole
299
(
113-5
)
second virial
667-688
(
105-5
)
second virial
75
(
112-2
)
secondary ion mass spectrometry
713
(
107-6
)
secondary ion mass spectrometry
663-679
(
107-6
)
security
367
(
102-3
)
self-calibration
141
(
103-2
)
self-setting calcium
1029
(
106-6
)
self-setting calcium
1029
(
106-6
)
self-setting calcium phosphate cement
1029-1033
(
106-6
)
self-similarity
401-412
(
107-5
)
semantics
395-402
(
108-5
)
semantics
395-402
(
108-5
)
semiconductor
415
(
103-4
)
semiconductor industry
25
(
112-1
)
semiconductors
1141-1154
(
106-6
)
semiconductors
1141-1154
(
106-6
)
semidefinite linear complementarity
135
(
111-2
)
semidefinite linear programs
135
(
111-2
)
sensitivity
209-219
(
105-2
)
sensor
487
(
104-5
)
sensor
293-305
(
105-2
)
sensor response
21-47
(
108-1
)
sensor, transfer technique
479
(
102-4
)
sensors
823-831
(
106-5
)
sensors
95
(
102-1
)
sensors
621
(
103-6
)
sensors
823-831
(
106-5
)
sensors
115-124
(
108-2
)
sensors
97
(
110-2
)
series expansion
413
(
107-5
)
series expansions
589-590
(
105-4
)
SF^d6^
517
(
103-5
)
SF^d6^-N^d2^ mixtures
517
(
103-5
)
shape pertubation theory
163
(
112-3
)
shear bands
53
(
105-1
)
shell of revolution
143
(
111-2
)
Sheppard's correction
143
(
113-3
)
SI power measurement
1-26
(
110-1
)
SI watt unit
1-26
(
110-1
)
signal set
441-454
(
106-2
)
signal sets
441-454
(
106-2
)
silanes
541
(
110-5
)
silanization
541
(
110-5
)
silicon
153
(
103-2
)
silicon carbide
299-306
(
107-3
)
silicon detector
427-430
(
110-4
)
silicon photodiode
641-647
(
106-4
)
silicon photodiodes
209-219
(
105-2
)
silsesquioxanes
541
(
110-5
)
silver-silver-chloride electrode
471
(
106-2
)
simplex
121
(
111-2
)
simulation
261-277
(
107-3
)
simulation
227
(
111-3
)
simulation
431-444
(
107-5
)
single crystal
889-920
(
106-6
)
single crystal
273-277
(
110-3
)
single crystal silicon
187
(
111-3
)
single crystal x-ray diffractometers
1071-1095
(
106-6
)
single-crystal and powder neutron diffra
921-952
(
106-6
)
single-series connections
391
(
109-4
)
singlular pertubation technique
191
(
112-4
)
size distribution
155-178
(
109-1
)
skipping orbits
677
(
102-6
)
slip correction factor
31
(
110-1
)
slit
581-587
(
105-4
)
slits
497
(
103-5
)
slits
355-362
(
107-4
)
slowing down
71
(
105-1
)
small circular apertures
1
(
111-1
)
small-angle neutron scattering
261-275
(
104-3
)
smoke plumes
231
(
106-1
)
smoke sampling
231
(
106-1
)
smoke yield
231
(
106-1
)
sodium
505-515
(
109-5
)
sodium
505-515
(
109-5
)
soft x-ray bands
509
(
107-6
)
software
341
(
106-1
)
software architecture
279
(
109-2
)
software evaluation
453
(
108-6
)
software integration
783-788
(
105-5
)
software metrics
567-578
(
104-6
)
software reuse
279
(
109-2
)
software testing
293-312
(
106-1
)
solar ultraviolet
279
(
102-3
)
solar ultraviolet
15
(
103-1
)
solar ultraviolet
449
(
103-5
)
solar ultraviolet
19-62
(
107-1
)
solution growth
1135
(
106-6
)
Solution Kinetics Database
(
108-2
)
Solution Kinetics Database
(
108-2
)
source
401
(
111-5
)
sources of variation
361
(
111-5
)
space shuttle external tank
143
(
111-2
)
spallation neutron source
149
(
110-3
)
spallation neutron source
209
(
110-3
)
spallation neutron source
145
(
110-3
)
spatial decomposition
267
(
109-2
)
spatial response
605
(
103-6
)
spatial statistics
511-533
(
105-4
)
special nuclear material
95
(
112-2
)
special nuclear material
95
(
112-2
)
specialized lattices
569
(
109-6
)
specialized lattices
393
(
111-5
)
specific-heat spectroscopy
207
(
102-2
)
specimen design
15
(
102-1
)
spectral irradiance
551
(
102-5
)
spectral irradiance
1
(
103-1
)
spectral line shape
107-122
(
107-1
)
spectral radiometry
627
(
102-6
)
spectral radiometry
199-228
(
108-3
)
spectral response
615
(
103-6
)
spectral response
813-828
(
105-6
)
spectral responsivity
291-298
(
109-2
)
spectrometer
483
(
103-5
)
spectrometry
523
(
102-5
)
spectrophotometer
303
(
112-6
)
spectrophotometer
17
(
113-1
)
spectrophotometer
605
(
103-6
)
spectroradiometers
279
(
102-3
)
spectroradiometers
15
(
103-1
)
spectroradiometers
449
(
103-5
)
spectroradiometers
19-62
(
107-1
)
spectroscopy
(
113-6
)
spectroscopy
419
(
111-6
)
spectrum processing
531
(
107-6
)
spherical nuclei
107
(
105-1
)
spin exchanger
299-304
(
110-3
)
spin exchanger
299-304
(
110-3
)
spin filter
195-203
(
110-3
)
spin filter
299-304
(
110-3
)
spin filter
305-308
(
110-3
)
spin filter
709-729
(
106-4
)
spin filter
305-308
(
110-3
)
spin filter
299-304
(
110-3
)
spin filters
137-144
(
110-3
)
spin filters
137-144
(
110-3
)
spin flip
279-281
(
110-3
)
spin interference
245-249
(
110-3
)
spin rotation
205-208
(
110-3
)
spin rotation
205
(
110-3
)
spin-glass transition
207
(
102-2
)
spin-wave stiffness
261-275
(
104-3
)
spores
205
(
111-3
)
spot weld
233
(
109-2
)
spray drying
543-551
(
109-6
)
SPRTs
105
(
106-1
)
SQUID
1
(
113-1
)
Sr^d2^RGaCu^d2^O^d7^
691-707
(
106-4
)
SRM 1649a
279-298
(
107-3
)
SRM 1649a
185
(
109-2
)
SRM 1932
83-91
(
107-1
)
SRM
155-178
(
109-1
)
SRM
155-178
(
109-1
)
SRM
315
(
106-1
)
SRM
533
(
109-6
)
SRMs for microanalysis
687-691
(
107-6
)
SRMs for powder diffraction
1013-1028
(
106-6
)
SRMs for powder diffraction
1013-1028
(
106-6
)
stability
175
(
113-3
)
stability
289
(
108-4
)
stability
393
(
107-5
)
stability
289
(
108-4
)
stability
175
(
113-3
)
stabilized lasers
289
(
112-6
)
standard
83
(
104-1
)
standard
703
(
107-6
)
standard bullet
533
(
109-6
)
standard casing
533
(
109-6
)
standard cell comparator
755
(
105-5
)
standard deviation
565-569
(
105-4
)
standard deviation
143
(
113-3
)
standard deviations
433-439
(
105-3
)
standard deviations
441-452
(
105-3
)
standard exchange of product model data
413-439
(
106-2
)
standard method
29
(
102-1
)
standard method
657-690
(
106-4
)
standard microphones
97
(
113-2
)
standard model
315-318
(
110-4
)
standard powder x-ray diffraction patter
1013-1028
(
106-6
)
standard powder x-ray diffraction patter
1013-1028
(
106-6
)
standard reference data
315
(
106-1
)
Standard Reference Material 482
663-679
(
107-6
)
Standard Reference Material
125-134
(
108-2
)
Standard Reference Material
333
(
102-3
)
standard reference material
511-533
(
105-4
)
Standard Reference Material
125-134
(
108-2
)
standard reference material
533
(
109-6
)
standard reference material
29
(
113-1
)
Standard Reference Materials (SRMs)
245
(
109-2
)
Standard Reference Materials (SRMs)
245
(
109-2
)
standard reference materials
53
(
102-1
)
standard reference materials
279
(
106-1
)
Standard Reference Materials
27
(
110-1
)
standard ultrasonic source
281
(
113-5
)
standardization
93-106
(
107-1
)
standardization
265
(
113-5
)
standards
455
(
102-4
)
standards
415
(
103-4
)
standards
631
(
105-4
)
standards
535-539
(
105-4
)
standards
36
(
106-1
)
standards
381-389
(
106-2
)
standards
857
(
106-5
)
standards
261-277
(
107-3
)
standards
393
(
107-5
)
standards
693
(
107-6
)
standards
25
(
112-1
)
standards
91
(
104-1
)
standards
(
103-6
)
standards policy
83
(
104-1
)
standards strategy
83
(
104-1
)
standards summit
83
(
104-1
)
Stark shift
829
(
105-6
)
statistical computing
279
(
106-1
)
statistical dependence
361
(
111-5
)
steady
153
(
112-3
)
steel
557-565
(
104-6
)
step heigth
223
(
112-5
)
stiffening
239
(
113-4
)
stone
1051-1061
(
106-6
)
storage ring
419-423
(
107-5
)
storage ring
419-423
(
107-5
)
stored-ion frequency standard
47
(
106-1
)
strain effect on phase transition
41
(
111-1
)
stress
239
(
113-4
)
stress analysis
15
(
102-1
)
stress relaxation
15
(
102-1
)
stretch
239
(
113-4
)
strong interaction
189
(
110-3
)
structural biology databases
1155-1173
(
106-6
)
structural ceramics
1045-1050
(
106-6
)
structural solution
133
(
109-1
)
structure determination
143
(
109-1
)
structure solution by powder data
125
(
109-1
)
structured total least squares
113
(
111-2
)
sub-micron
243
(
111-3
)
sugar
53
(
112-1
)
sulfate attack
529
(
110-5
)
sulfonamide
49
(
109-1
)
superconductivity
1045-1050
(
106-6
)
superconductivity
357-360
(
110-4
)
superconductor
115
(
110-2
)
superconductor related materials
147-171
(
104-2
)
superconductor related phases
691-707
(
106-4
)
superconductors
379
(
103-4
)
superdeformed bands
153
(
105-1
)
superfluid helium
205-208
(
110-3
)
superfluid helium
205
(
110-3
)
supernovae
101
(
105-1
)
supernovae
97
(
105-1
)
superthermal neutron production
339-344
(
110-4
)
superthermal neutron production
339-344
(
110-4
)
superthermal production
169
(
110-3
)
supplementary dimensions
269-272
(
110-3
)
SURF II
483
(
103-5
)
surface and subsurface damage
639
(
107-6
)
surface area
553
(
109-6
)
surface fitting
633
(
103-6
)
surface measurement
511-533
(
105-4
)
surface metrology
373
(
111-5
)
surface reconstruction
425
(
102-4
)
surgical robots
121
(
113-2
)
surgical simulation systems
121
(
113-2
)
surveillance systems
557-564
(
105-4
)
susceptometer
303
(
109-2
)
suspension
461-478
(
104-5
)
suspensions
267
(
109-2
)
symmetric key
511-576
(
106-3
)
symmetry
447-452
(
108-6
)
symmetry determination
983
(
106-6
)
symmetry of crystals etc
1135
(
106-6
)
symmetry violation
481-484
(
110-4
)
symplectic integration
367-376
(
110-4
)
synchrotron
429-437
(
108-6
)
synchrotron radiation
1141-1154
(
106-6
)
synchrotron radiation
419-423
(
107-5
)
synchrotron radiation
1
(
103-1
)
synchrotron radiation
1141-1154
(
106-6
)
synchrotron radiation
267-273
(
108-4
)
synchrotron radiation
133
(
109-1
)
synchrotron radiation
419-423
(
107-5
)
synthesis of probability distributions
605
(
110-6
)
synthetic incoherence
429
(
111-6
)
synthetic incoherence
429
(
111-6
)
systematic error
371-379
(
106-2
)
systems integration
783-788
(
105-5
)
T
T-violation
465-470
(
110-4
)
tantalum
1-10
(
108-1
)
tantalum
1-10
(
108-1
)
tariff
53
(
112-1
)
Taylor-Couette flow
153
(
112-3
)
TDCR method
265
(
113-5
)
technical obsolescence
175
(
113-3
)
technical obsolescence
175
(
113-3
)
technical standards
91
(
104-1
)
technological innovation
25
(
112-1
)
technology roadmaps
25
(
112-1
)
telecommunication systems
333
(
102-3
)
telecommunications
697
(
102-6
)
telecommunications networks
161
(
111-2
)
TEM
155-178
(
109-1
)
TEM
155-178
(
109-1
)
TEM halfhorn antennas
67
(
112-1
)
temperature
23
(
106-6
)
temperature
9
(
111-1
)
temperature dependence
497
(
110-5
)
test method
511-533
(
105-4
)
test methods
461-478
(
104-5
)
test structures
223
(
112-5
)
testing
341
(
106-1
)
tetracalcium phosphate
1029
(
106-6
)
tetracalcium phosphate
1029-1033
(
106-6
)
tetracalcium phosphate
1029
(
106-6
)
texture analysis
27-48
(
109-1
)
texture analysis
27-48
(
109-1
)
thallium
153
(
105-1
)
theoretical crystal geometry
921-952
(
106-6
)
theoretical interatomic potential
75
(
112-2
)
theory
425
(
103-4
)
theory
261-277
(
107-3
)
thermal barrier coating
147
(
108-2
)
thermal coefficient
429-437
(
108-6
)
thermal conductivity
255-265
(
105-2
)
thermal conductivity
107
(
103-1
)
thermal conductivity
357
(
103-4
)
thermal conductivity
255-265
(
105-2
)
thermal conductivity
591-605
(
105-4
)
thermal conductivity
667-688
(
105-5
)
thermal conductivity
147
(
108-2
)
thermal conductivity
75
(
112-2
)
thermal converter
75
(
102-1
)
thermal current converter
75
(
102-1
)
thermal detector
429
(
109-4
)
thermal diffusion factor
667-688
(
105-5
)
thermal expansion
175
(
113-3
)
thermal expansion
175
(
113-3
)
thermal neutron detection
69
(
113-2
)
thermal neutron detection
69
(
113-2
)
thermal performance
151-156
(
108-2
)
thermal properties
709-720
(
105-5
)
thermal properties
709-720
(
105-5
)
thermal properties
709-720
(
105-5
)
thermal properties
1045-1050
(
106-6
)
thermal radiation
255-265
(
105-2
)
thermal radiation
823-831
(
106-5
)
thermal radiation
255-265
(
105-2
)
thermal radiation
823-831
(
106-5
)
thermal-barrier coating
591-605
(
105-4
)
thermistor
843-856
(
106-5
)
thermocouples
105
(
106-1
)
thermodynamic
23
(
106-6
)
thermodynamic properties
471
(
106-2
)
thermoelement
75
(
102-1
)
thermoluminescent detectors
781-794
(
106-5
)
thermophysical properties
261-277
(
107-3
)
thermophysical properties
209
(
113-4
)
thermophysical standards
667-688
(
105-5
)
thermophysical standards
75
(
112-2
)
thickness
223
(
112-5
)
thin dielectric film
415
(
103-4
)
thin films
107
(
103-1
)
thin-film termocouple
9
(
111-1
)
third generation mobile systems
455
(
106-2
)
third generation wireless
299-321
(
108-4
)
third generation wireless
299-321
(
108-4
)
third generation wireless
299
(
108-4
)
thorium
275
(
105-2
)
tight-binding
131
(
113-3
)
Tikhonov regularization
113
(
111-2
)
tiling
319-325
(
107-4
)
tilted-axis crancking model
133
(
105-1
)
time
47
(
106-1
)
time domain
189
(
104-2
)
time reversal invariance
471-480
(
110-4
)
time reversal violation
461-464
(
110-4
)
time separation distributions
569
(
102-5
)
time series
1-17
(
107-1
)
time-of-flight
273-277
(
110-3
)
time-reversal
485
(
110-4
)
time-reversal violation
453-460
(
110-4
)
timekeeping
79
(
110-2
)
timelines
93
(
103-1
)
tip shape characterization
249
(
108-4
)
tissue engineering
257
(
112-5
)
titanium diboride
709-720
(
105-5
)
titanium diboride
709-720
(
105-5
)
titanium diboride
709-720
(
105-5
)
toluene
255-265
(
105-2
)
toluene
255-265
(
105-2
)
toluene
29
(
113-1
)
tomography
(
113-6
)
tooth remineralization
167-182
(
108-3
)
toroidal cross capacitor
167
(
103-2
)
total carbon certified value
279-298
(
107-3
)
total ionization cross section
693
(
102-6
)
total ionization cross sections
285-291
(
105-2
)
total least squares
113
(
111-2
)
total solar irradiance (TSI)
187
(
113-4
)
trace element
703
(
107-6
)
trace moisture measurement
235-240
(
108-3
)
traceability
93
(
103-1
)
traceability
415
(
103-4
)
traceability
315
(
106-1
)
traceability
1-23
(
106-1
)
traceability
345
(
109-3
)
traceability
9
(
111-1
)
transducer
233
(
109-2
)
transfer calibration
823-831
(
106-5
)
transfer calibration
487
(
104-5
)
transfer calibration
823-831
(
106-5
)
transfer chambers
365-378
(
103-4
)
transfer function
257
(
111-4
)
transfer radiometers
627
(
102-6
)
transfer standard
283
(
112-5
)
transfer standard
813-828
(
105-6
)
transfer standard
589
(
110-6
)
transfer standard
283
(
112-5
)
transfer technique
97
(
110-2
)
transformer oil
245
(
109-2
)
transformer oil
245
(
109-2
)
transformer oil
613
(
110-6
)
transient hot-wire
255-265
(
105-2
)
transient hot-wire
255-265
(
105-2
)
transition duration
511-527
(
110-5
)
transition temperature
41
(
111-1
)
transition-edge sensor
621
(
107-6
)
transmission
1-10
(
108-1
)
transmission
67
(
112-1
)
transmission coefficients
1
(
111-1
)
transmission electron microscope
411
(
111-6
)
transmission electron microscope
411
(
111-6
)
transmission electron microscopy
997-1012
(
106-6
)
transmission electron microscopy
27
(
110-1
)
transmission line
177
(
112-4
)
transmission-thickness relation
411
(
111-6
)
transmission-thickness relation
411
(
111-6
)
transmittance
839-866
(
105-6
)
transport properties
667-688
(
105-5
)
transport properties
75
(
112-2
)
transportable pipette systems
335
(
111-5
)
transversal characteristic
127
(
111-2
)
transverse dielectric function
299
(
113-5
)
transverse dielectric function
299
(
113-5
)
trap detector
641-647
(
106-4
)
trapped ions
259
(
103-3
)
tree
579
(
104-6
)
trigger jitter
511-527
(
110-5
)
tristimulus calorimeter
129
(
112-3
)
tristimulus colorimeter
129
(
112-3
)
tristimulus values
615
(
103-6
)
tritiated water
535-539
(
105-4
)
tritium
535-539
(
105-4
)
tritium
541-549
(
105-4
)
TSI uncertainty
187
(
113-4
)
TSI workshop
187
(
113-4
)
tunable source
401
(
111-5
)
tungsten
1-10
(
108-1
)
tungsten
1-10
(
108-1
)
tunneling transmission
245-249
(
110-3
)
turbine meter uncertainty analysis
345
(
109-3
)
Turin Shroud
185
(
109-2
)
two-dimensional
233
(
109-2
)
two-dimensional electron gas
677
(
102-6
)
two-dimensional electron gas
177
(
103-2
)
two-terminal-pair bridge
163
(
103-2
)
U
UCN
357-360
(
110-4
)
UCN detectors
283-288
(
110-3
)
ultra cold neutrons
361-366
(
110-4
)
ultra-wideband
67
(
112-1
)
ultracold neutron
169
(
110-3
)
ultracold neutron anomaly
245-249
(
110-3
)
ultracold neutrons
137-144
(
110-3
)
ultracold neutrons
339-344
(
110-4
)
ultracold neutrons
279-281
(
110-3
)
ultracold neutrons
289-291
(
110-3
)
ultracold neutrons
137-144
(
110-3
)
ultracold neutrons
185
(
110-3
)
ultracold neutrons
367-376
(
110-4
)
ultracold neutrons
339-344
(
110-4
)
ultracold neutrons
345-350
(
110-4
)
ultracold neutrons
333-338
(
110-4
)
ultracold neutrons
351-356
(
110-4
)
ultracold sodium atom collisions
107-122
(
107-1
)
ultrasonic
233
(
109-2
)
ultrasonic power
435
(
111-6
)
ultrasonic power
281
(
113-5
)
ultrasonic wave
833-841
(
106-5
)
ultrasonics
217
(
103-2
)
ultrasound power
435
(
111-6
)
ultraviolet
649-656
(
106-4
)
ultraviolet
429-437
(
108-6
)
ultraviolet radiometry
1
(
103-1
)
ultraviolet standards
1
(
103-1
)
uncertainties
479
(
102-4
)
uncertainty
391-394
(
108-5
)
uncertainty
551-555
(
105-4
)
uncertainty
587
(
102-5
)
uncertainty
577
(
102-5
)
uncertainty
551
(
102-5
)
uncertainty
647
(
102-6
)
uncertainty
625
(
103-6
)
uncertainty
571-579
(
105-4
)
uncertainty
25-46
(
106-1
)
uncertainty
371-379
(
106-2
)
uncertainty
649-656
(
106-4
)
uncertainty
69
(
108-1
)
uncertainty
21-47
(
108-1
)
uncertainty
391-394
(
108-5
)
uncertainty
305
(
109-3
)
uncertainty
589
(
110-6
)
uncertainty
9
(
111-1
)
uncertainty
187
(
111-3
)
uncertainty
129
(
112-3
)
uncertainty
29
(
113-1
)
uncertainty
143
(
113-3
)
uncertainty
431-444
(
107-5
)
uncertainty
129
(
112-3
)
uncertainty analysis
27
(
110-1
)
uncertainty budget
647
(
102-6
)
unertainty analysis
279
(
106-1
)
United States Measurement System (USMS)
25
(
112-1
)
units
47
(
104-1
)
uranium
275
(
105-2
)
USANS
231
(
110-3
)
V
V-notch
557-565
(
104-6
)
valence-bond method
201
(
103-2
)
valence-bond method
205
(
103-2
)
validation
157
(
113-3
)
valuation
127
(
111-2
)
vapor pressure
525
(
109-6
)
variability
29
(
102-1
)
variable pressure
567-603
(
107-6
)
variable temperature
657-690
(
106-4
)
variance
551-555
(
105-4
)
variance components
439-446
(
108-6
)
variance components
299
(
109-2
)
vegetation
579
(
104-6
)
vehicle emissions
559
(
102-5
)
VENSA
279
(
109-2
)
verification
557-565
(
104-6
)
Veronoi diagram
79
(
111-2
)
very cold neutrons
245-249
(
110-3
)
vibration meter
115
(
112-2
)
vibrational and rotational constants
201
(
103-2
)
virtual laboratory
257
(
112-5
)
virtual measurement
221
(
113-4
)
virtual measurements
131
(
113-3
)
virtual reality
275-287
(
108-4
)
virtual reality
279
(
109-2
)
virtual reality
257
(
112-5
)
virtual WDS
497
(
107-6
)
viscosity
667-688
(
105-5
)
viscosity
75
(
112-2
)
visualization
131
(
113-3
)
visualization
137-148
(
107-2
)
Vogel equation
135
(
102-2
)
volumetric
435
(
109-4
)
volumetric contraction
167-182
(
108-3
)
VRML
193
(
107-2
)
VSM
1
(
113-1
)
W
war maps
895-900
(
105-6
)
water
245
(
109-2
)
water
63
(
103-1
)
water
245
(
109-2
)
water calorimeter
843-856
(
106-5
)
water calorimetry
63
(
102-1
)
water calorimetry
171
(
107-2
)
water sorption
167-182
(
108-3
)
watt balance
627-640
(
106-4
)
watt balance
1-26
(
110-1
)
wave mechanics
445-473
(
107-5
)
waveform
511-527
(
110-5
)
wavelength dispersive spectrometry
605-619
(
107-6
)
wavelength dispersive x-ray analysis
497
(
107-6
)
wavelength dispersive x-ray spectrometer
497
(
107-6
)
wavelength division multiplexing
839-866
(
105-6
)
wavelength scale
303
(
112-6
)
wavelengths
149
(
107-2
)
wavelengths
371
(
109-3
)
wavelengths
297
(
112-6
)
wavelet-based analysis
227
(
111-3
)
WCDMA
455
(
106-2
)
WDS instrumental distortions
509
(
107-6
)
weak focusing
419-423
(
107-5
)
weak focusing
419-423
(
107-5
)
weak hadronic interaction
209
(
110-3
)
weak interaction
205-208
(
110-3
)
weak interaction
205
(
110-3
)
weak interaction
189
(
110-3
)
weak interactions
389-393
(
110-4
)
weak interactions
421-425
(
110-4
)
weak interactions
389-394
(
110-4
)
weak meson coupling constants
221
(
110-3
)
weak meson exchange amplitude
205-208
(
110-3
)
weak meson exchange amplitude
205
(
110-3
)
Web access
209
(
113-4
)
wireless communication
401-412
(
106-2
)
wireless communications
697
(
102-6
)
wireless communications
703
(
102-6
)
wireless communications
579
(
104-6
)
wireless networks
401-412
(
106-2
)
wireless video
455
(
106-2
)
workability
461-478
(
104-5
)
workshop
631
(
105-4
)
workshop
605-608
(
106-3
)
workshop
79-85
(
108-1
)
X
x rays
337-358
(
108-5
)
x rays
531
(
107-6
)
x rays
301
(
109-2
)
x-ray
503
(
107-6
)
x-ray absorption
483
(
107-6
)
x-ray absorption
479-496
(
109-5
)
x-ray and neutron Rietveld refinements
147-171
(
104-2
)
x-ray calibration
383-389
(
108-5
)
x-ray calibration
385
(
111-5
)
x-ray crystallography
1155-1173
(
106-6
)
x-ray detectors
503
(
107-6
)
x-ray diffraction
133
(
109-1
)
x-ray diffraction
65
(
109-1
)
x-ray duffraction
27-48
(
109-1
)
x-ray duffraction
27-48
(
109-1
)
x-ray instrumentation
1141-1154
(
106-6
)
x-ray instrumentation
1141-1154
(
106-6
)
x-ray line profiles
155-178
(
109-1
)
x-ray mapping
567-603
(
107-6
)
x-ray microanalysis
483-749
(
107-6
)
x-ray microanalysis
483-749
(
107-6
)
x-ray microanalysis
567-603
(
107-6
)
x-ray microanalysis
621
(
107-6
)
x-ray microanalysis
639
(
107-6
)
x-ray microanalysis
487
(
107-6
)
x-ray microanalysis
555-566
(
107-6
)
x-ray microscopy
867-874
(
106-6
)
x-ray microtomography
137-148
(
107-2
)
x-ray optics
27-48
(
109-1
)
x-ray optics
319-325
(
107-4
)
x-ray optics
27-48
(
109-1
)
x-ray optics
219-225
(
111-3
)
x-Ray Porosimetry
160
(
108-2
)
x-ray powder diffraction
1
(
109-1
)
x-ray powder patterns
691-707
(
106-4
)
x-ray reference powder patterns
147-171
(
104-2
)
x-ray spectra
75
(
109-1
)
x-ray spectrometer
621
(
107-6
)
x-ray spectrometry
567-603
(
107-6
)
x-ray spectrometry
483
(
107-6
)
x-ray spectrometry
605-619
(
107-6
)
x-ray spectrometry
567-603
(
107-6
)
x-ray spectroscopy
iii
(
106-6
)
x-ray standards
365-378
(
103-4
)
XML
783-788
(
105-5
)
XML
93-106
(
107-1
)
Y
YAlO^d3^
177
(
105-1
)
Young's modulus
223
(
112-5
)
yttria-stabilized zirconia
147
(
108-2
)
yttria-stabilized-zirconia
591-605
(
105-4
)
Z
Zeeman shift
829
(
105-6
)
zeolite
965-973
(
106-6
)
zeolite
965-973
(
106-6
)
zero-dispersion wavelength
333
(
102-3
)
zero-point energy
159
(
105-1
)
ZnS
81
(
105-1
)
{
{gamma}-spectroscopy
133
(
105-1
)
{gamma}{gamma}-coincidences
141
(
105-1
)
185