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the reflectionoriginatesone wavelength
to target fat(passive) is designedOne wavelength
to penetrate to the c(passive) is designedOne wavelength
use of the advantages of the traditional light as well asdesignedwavelength light
Polarization switching over the emissioncan causewavelength range
controlled increments in device temperature(passive) caused bywavelength shifts
a particular frequency(passive) set bywavelength ranges
laser sub - mount temperature(passive) set byDWDM wavelength
by the sample color(passive) influenced byNIR wavelength
for quick navigation of the forums(passive) is designedWavelength Forumbar
at 1550 nm(passive) is setResonant wavelength
by noise(passive) caused byresonant wavelength
flexibly(passive) can be set9.The wavelength
to the emission wavelength of the fluorescent filter set in use(passive) should be setWavelength
by a small refractive index change in the laser cavity(passive) caused byt wavelength
flexibly(passive) can be set14.The wavelength
by motion of a wave source relative to an observer(passive) caused bywavelength
a first lightcomposedof wavelength
by the change in the drive current of the semiconductor laser(passive) caused bythe wavelength
by motion of galaxy or reference to Doppler Effect 3(passive) caused bywavelength
at 254 nm(passive) was setThe wavelength
at 280 nm(passive) was setThe wavelength
to 280 nm(passive) was setThe wavelength
different atmospheric dispersion processes(passive) caused bywavelength
Light(passive) is composedWavelength
lightcomposedof wavelength
a lightcomposed purelyof wavelength
by temperature variations of the laser source(passive) caused bythe wavelength
different wavelengthsdesignedwavelength
by the relative motion between the source and the receiver(passive) caused bywavelength
wavelength Userssetwavelength
The Doppler effectcauseswavelength
Auto Setting Wavelength Userssetwavelength
by the apparent motion of a source in the instrument aperture(passive) caused bywavelength
by motion of the source Model(passive) caused bywavelength
by interaction between the matter and light(passive) caused bythe wavelength
interaction between the matter and light(passive) caused bythe wavelength
at 230 nm(passive) was setThe wavelength
by motion of the source(passive) caused bywavelength
by the motion of the source(passive) caused bywavelength
' heat ' to be observed by the surrounding material ( foodcauses' heat ' to be observed by the surrounding material ( food
more problems than it causesis causingmore problems than it causes
a 2causinga 2
' heatcauses' heat
another causes tanning , andcausesanother causes tanning , and
burning and another causes tanningcausesburning and another causes tanning
burning and another causes tanning , andcausesburning and another causes tanning , and
to approach from one side of the samplebeing causedto approach from one side of the sample
in the major lobe of the antennaresultsin the major lobe of the antenna
the release of the frisbee from one playerwill causethe release of the frisbee from one player
which ... for , designed for typical communication light wavelengthsis designedwhich ... for , designed for typical communication light wavelengths
photoelectron emission from this surfacewill causephotoelectron emission from this surface
strip z wave plus light bulb stripledstrip z wave plus light bulb strip
accuracy within the C or L Bandssettingaccuracy within the C or L Bands
alsomay ... influencealso
eye strain like blues and purplescauseeye strain like blues and purples
to an increase in light absorptioncontributingto an increase in light absorption
light emitted from the printing material having an emission wavelength in a visible spectrumcausinglight emitted from the printing material having an emission wavelength in a visible spectrum
in the layer of material being substantially transparent to the laser radiationresultsin the layer of material being substantially transparent to the laser radiation
in strong light scatteringresultsin strong light scattering
reflection is either absorbed or will be emitted from the edge of the lasercausingreflection is either absorbed or will be emitted from the edge of the laser
the compound to fluoresce ( the incident lightwill causethe compound to fluoresce ( the incident light
the power of the eye to be wavelength dependentcausingthe power of the eye to be wavelength dependent
Optical instruments and testing the properties of optical components and other materials(passive) are strongly influenced byOptical instruments and testing the properties of optical components and other materials
the hydroxyl molecules to fluoresce in the UV spectrumcausesthe hydroxyl molecules to fluoresce in the UV spectrum
to an additional source of variation in center wavelength among devicescan leadto an additional source of variation in center wavelength among devices
in the spectrophotometer Different wavelengthssetin the spectrophotometer Different wavelengths
from interference between the wavelengthsoriginatingfrom interference between the wavelengths
The different maximum absorption(passive) causedThe different maximum absorption
to another wavelengthsettingto another wavelength
it to efficiently absorb the laser energycan causeit to efficiently absorb the laser energy
nm(passive) was designednm
strong absorptioncausingstrong absorption
at 254 nmsetat 254 nm
at 450 nmsetat 450 nm
to 280 nmsetto 280 nm
at 530 nmsetat 530 nm
the light confined by surface plasmon(passive) is influenced bythe light confined by surface plasmon
thermal damagecausethermal damage
for the design wavelength idesignedfor the design wavelength i