L
|
|
level of confidence
|
 587(5)
|
|
leveraging cyberspace
|
371(3)
|
|
liquid scintillation (LS)
|
523(5)
|
|
liquid scintillation
|
455(4)
|
|
load cell
|
349(3)
|
|
log-normal distribution
|
569(5)
|
|
lumen
|
323(3)
|
|
luminance
|
323(3)
|
|
luminous flux
|
323(3)
|
|
luminous intensity
|
323(3)
|
|
lux
|
323(3)
|
M
|
|
magnetic susceptibility
|
207(2)
|
|
management practices
|
249(2)
|
|
mathematical morphology
|
425(4)
|
|
measurement
|
587(5)
|
|
measurement
|
577(5)
|
|
measurement comparison
|
627(6)
|
|
metrology laboratories
|
589(5)
|
|
miscible polymer blends
|
229(2)
|
|
modal representation
|
405(4)
|
|
models for coatings
|
489(4)
|
|
molecular tags
|
53(1)
|
|
Monte Carlo simulation
|
159(2)
|
|
multiconductor transmission line
|
405(4)
|
N
|
|
networking
|
371(3)
|
|
Ni/Ti
|
1(1)
|
|
nickel-63
|
455(4)
|
|
nickel-63
|
523(5)
|
|
nonlinear four-wave mixing
|
333(3)
|
|
nonlinear relaxation
|
195(2)
|
|
nonlinear susceptibility
|
207(2)
|
|
numerical approximations
|
363(2)
|
O
|
|
ocean color
|
627(6)
|
|
optical fiber bandwidth
|
333(3)
|
|
optical flats
|
647(6)
|
|
optimum design
|
15(1)
|
P
|
|
partial discharges
|
569(5)
|
|
personal communications services
|
697(6)
|
|
polarization-mode dispersion
|
333(3)
|
|
polymer
|
213(2)
|
|
power-law creep
|
15(1)
|
|
probability
|
587(5)
|
|
protein folding
|
171(2)
|
Q
|
|
quality award
|
249(2)
|
|
quantum Hall effect
|
677(6)
|
R
|
|
radiation
|
479(4)
|
|
radical
|
693(6)
|
|
radioactivity
|
455(4)
|
|
radioactivity
|
523(5)
|
|
radioactivity standards
|
589(5)
|
|
radiofrequency techniques
|
703(6)
|
|
radionuclide metrology
|
589(5)
|
|
random first order transition
|
187(2)
|
|
random heteropolymers
|
187(2)
|
|
random point process
|
569(5)
|
|
relaxation
|
171(2)
|
|
relaxation
|
213(2)
|
|
remote sensing
|
627(6)
|
|
repeatability
|
29(1)
|
|
round robin
|
85(1)
|
S
|
|
scale realization
|
551(5)
|
|
scanned probe microscopy
|
425(4)
|
|
scanning tunneling microscopy
|
425(4)
|
|
scintillation counting
|
589(5)
|
|
security
|
367(3)
|
|
sensor, transfer technique
|
479(4)
|
|
sensors
|
95(1)
|
|
series expansions
|
363(2)
|
|
skipping orbits
|
677(6)
|
|
solar ultraviolet
|
279(3)
|
|
specific-heat spectroscopy
|
207(2)
|
|
specimen design
|
15(1)
|
|
spectral irradiance
|
551(5)
|
|
spectral radiometry
|
627(6)
|
|
spectrometry
|
523(5)
|
|
spectroradiometers
|
279(3)
|
|
spin-glass transition
|
207(2)
|
|
spreadsheet computations
|
363(2)
|
|
standard method
|
29(1)
|
|
Standard Reference Material
|
333(3)
|
|
standard reference materials
|
53(1)
|
|
standards
|
455(4)
|
|
stress analysis
|
15(1)
|
|
stress relaxation
|
15(1)
|
|
surface reconstruction
|
425(4)
|
T
|
|
telecommunication systems
|
333(3)
|
|
telecommunications
|
697(6)
|
|
thermal converter
|
75(1)
|
|
thermal current converter
|
75(1)
|
|
thermoelement
|
75(1)
|
|
time separation distributions
|
569(5)
|
|
total ionization cross section
|
693(6)
|
|
transfer radiometers
|
627(6)
|
|
two-dimensional electron gas
|
677(6)
|
U
|
|
uncertainties
|
479(4)
|
|
uncertainty
|
587(5)
|
|
uncertainty
|
577(5)
|
|
uncertainty
|
551(5)
|
|
uncertainty
|
647(6)
|
|
uncertainty budget
|
647(6)
|
V
|
|
variability
|
29(1)
|
|
vehicle emissions
|
559(5)
|
|
Vogel equation
|
135(2)
|
W
|
|
water calorimetry
|
63(1)
|
|
wireless communications
|
697(6)
|
|
wireless communications
|
703(6)
|
Z
|
|
zero-dispersion wavelength
|
333(3)
|