「Wavelength」の共起表現一覧(1語右で並び替え)
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nfrared detectors, each sensing a particular | wavelength, a temperature profile, or sounding of the a |
Wavelength ABC, a children's opera | |
It may be used to measure velocity, | wavelength, absorption, or impedance. |
pulsed lasers, time domain optimized lasers, | wavelength adapted lasers, and ultra compact modular la |
esents refractive index, the "D" denotes the | wavelength, and the 20 denotes the reference temperatur |
ossible lattice vibration has a well-defined | wavelength and frequency. |
tage of fluorospheres is that the excitation | wavelength and the emission wavelength are not the same |
hear distance, df the fringe distance, λ the | wavelength and γ the angular deviation of the fringe al |
It operates at 81.5 MHz (3.7 m | wavelength), and is made up of 4096 dipoles in a phased |
The detectors were designed to measure | wavelength and flux shifts of solar radiation during pe |
otoluminescence at room temperature, and its | wavelength and lifetime can be tuned by substitution of |
This laser has high beam uniformity, short | wavelength, and the ability to modify the spot size to |
xpressed in wavenumber, λ0 is the excitation | wavelength, and λ1 is the Raman spectrum wavelength. |
ty of tunable laser light at the appropriate | wavelength and also the availability of high reflectanc |
Because of their | wavelength and precision, CO2 lasers remain the dominan |
Single | wavelength anomalous dispersion (SAD) |
esults, the antennas should be spaced half a | wavelength apart, or less. |
r is identical, or is one (or other integer) | wavelength apart. |
Light of this | wavelength appears capable of increasing activity of cy |
surrounds the galaxies absorbs light with a | wavelength around 100 nanometers, the galaxies have a n |
The Long | Wavelength Array (LWA) is a radio telescope under const |
photons have the same energy (frequency) and | wavelength as the incident photons. |
RWA (Routing | Wavelength Assignment) in Optical Burst Switching of Op |
how a drop in the continuum radiation at the | wavelength associated with the absorbed photons. |
To get a single and fixed | wavelength at the end station, a monochromator is used. |
Monochromators have one exit slit and one | wavelength at a time can pass through that slit. |
a black hole is roughly equal to the Compton | wavelength at the Planck scale, a photon with sufficien |
'capacity hat', which extends the electrical | wavelength, at the top. |
45, 14.9 and 32.5 GHz (i.e. 3, 2 and 1 cm in | wavelength) at the Teide Observatory, Tenerife. |
than λ0, M(λ) is negative and increases with | wavelength; at wavelengths longer than λ0, M(λ) is posi |
em of the chromophore, they may increase the | wavelength at which the light is absorbed and as a resu |
pler has four ports, each placed one quarter | wavelength away from each other around the top half of |
this general shape are absorption features ( | wavelength bands where the intensity is lowered) that h |
be recorded sequentially at different narrow | wavelength bands. |
After 20 years of the 104.9 | wavelength being based at Regent House, Stockport, Imag |
eed, oxygen gas absorbs the radiation with a | wavelength below 195 nm. |
Fused quartz, with a | wavelength below 380 nm (ultraviolet spectrum) |
(FSR) is the spacing in optical frequency or | wavelength between two successive reflected or transmit |
W0 is defined as the difference in | wavelength between the points on either side of the emi |
web camera can be used for video detection ( | wavelength between 0.4 and 0.7 µm). |
r systems are differentiated not only by the | wavelength, but also by the light delivery system: flex |
hould not only absorb laser light of a given | wavelength, but they should also be able to withstand a |
The emission | wavelength can be lowered by substituting the anthracen |
es the frequency between 5600-5650 MHz (5 cm | wavelength) carrier wave, with an angular resolution be |
The reflected | wavelength changes with the grating period, broadening |
elocity of the wave remains constant whereas | wavelength changes; hence frequency also changes. |
offset by the extra distance that the longer | wavelength components have to travel through the second |
for the discrimination of light based on its | wavelength components. |
tion) the remaining power at longer infrared | wavelength contained basically two components: the CIB |
However, as shorter | wavelength continuous spectrum "X-ray" sources such as |
ptical switching, electro-optical switching, | wavelength conversion, reconfigurable optical delay lin |
l, Plymouth Evening Herald, The West Briton, | Wavelength, Cornwall Today magazine, Brides in Cornwall |
Where λg is the | wavelength corresponding to the central rejection frequ |
ptical telecommunications, allowing all-band | wavelength coverage and in-line distributed signal ampl |
-rich areas of the sky in terms of depth and | wavelength coverage. |
the optical rotation first increases as the | wavelength decreases (as first observed by Cotton), and |
se to familiar absorption of light, which is | wavelength dependent and gives rise to colours. |
The flux of light is not very | wavelength dependent because the cloud droplets are lar |
or one instrument both energy dispersive and | wavelength dispersive instrumentation is available prov |
The | Wavelength dispersive X-ray spectroscopy (WDXRF or WDS) |
ws to use an intense beam of neutrons with a | wavelength distribution of 10% or more and at the same |
arameters of fluorescence: its intensity and | wavelength distribution of emission spectrum after exci |
However, when used in | wavelength division multiplexing systems, dispersion-sh |
tle therapeutic approach is dependent on the | wavelength, dosage, pulsation, and intensity being appl |
very organism's bioluminescence is unique in | wavelength, duration, timing and regularity of flashes. |
delay time of the acceleration power, laser | wavelength, energy density of the laser and the impact |
parameters (dose, type of laser, materials, | wavelength, etc.) have not been identified. |
where λ is the | wavelength, f is the frequency, and c is the speed of p |
Both series' were produced by | Wavelength Films for ITV London, and series one was als |
53 cm (553 to 566 MHz) - an extremely short | wavelength for the time - with a pulse length of 2 micr |
er which the 'operator' had to listen on the | wavelength for three minutes for possible instructions |
oscopy, however it can operate with only one | wavelength for excitation and depletion. |
capture data in 36 spectral bands ranging in | wavelength from 0.4 µm to 14.4 µm and at varying spatia |
Glass, with a | wavelength from 380 to 780 nm (visible spectrum) |
Plastic, with a | wavelength from 380 to 780 nm (visible spectrum) |
rofile tailored to shift the zero-dispersion | wavelength from the natural 1300 nm in silica-glass fib |
version, the S-band (2500-3700 MHz, 12-9 cm | wavelength) FuMB7 Naxos U, was provided to U-boats to a |
Small changes of the incident | wavelength generated by an acousto-optic modulator or i |
ive index yields selective reflection of the | wavelength given by the helical pitch, allowing the liq |
ss operated at a frequency of 85.5 MHz (3.5m | wavelength), giving a 49 arcminute beam. |
aphy to monitor small deformations in single | wavelength implementations as well as dimensional metro |
The | wavelength in this band varies from one to one tenth of |
fields within astronomy, using wide range of | wavelength in observation. |
imensions that are large with respect to the | wavelength in question but small with respect to the be |
ily cascaded, thus accessing essentially any | wavelength in the fiber low-loss guiding windows (both |
The horizontal axis is | wavelength in nm. |
e telescope is intended to observe in longer | wavelength infrared than the James Webb Space Telescope |
ission from a blackbody that is in a certain | wavelength interval or band. |
rce wavelengths are λ1 and λ2, the resulting | wavelength is |
Because the 15-meter | wavelength is harmonically related to that of the 40-me |
n exists when the ratio of the period to the | wavelength is near one; in this case, a holographic gra |
half-wavelength past the load; this flexural | wavelength is determined in large part by the elastic t |
ed after each slit so that the light at each | wavelength is measured by a different detector. |
n be transferred by an optical fiber, as its | wavelength is not absorbed much by fused silica but is |
the anomalous dispersion that occurs when a | wavelength is selected that is in the vicinity of an ab |
The | wavelength is often selected to be the one at which the |
Each infrared | wavelength is sensitive to temperature and water vapor |
adiations, in which a photon of a particular | wavelength is absorbed and an equivalent photon is imme |
When light of the appropriate | wavelength is coupled to the loop by the input waveguid |
o that of an ideal Gaussian beam at the same | wavelength is denoted M² ("M squared"). |
This | wavelength is absorbed by the atmosphere, effectively a |
Since | wavelength is often expressed in units of nanometers (n |
orescence microscopy in which the excitation | wavelength is shorter than the emission wavelength, as |
Additionally, the peak emission | wavelength is about 480 nm. |
frequency of a standing wave where a quarter | wavelength is the distance between the base of the mug |
produce a diffraction pattern because their | wavelength is typically the same order of magnitude (0. |
This dependence of specific rotation on | wavelength is called optical rotatory dispersion. |
But when activated by light of a certain | wavelength, it has a major impact on the cornea," NBC's |
It absorbs far-red light, at 710 nm | wavelength, just outside the optical range. |
microseconds, de-excite and emit light at a | wavelength larger than the excitation wavelength. |
TD 110 Dual | wavelength Laser Aiming System: Allows for successful t |
The shortening of the | wavelength led Townes and his colleagues to focus on mi |
nd therefore have energies above 100 keV and | wavelength less than 10 picometers, less than the diame |
The tunable laser provides a narrow, tunable | wavelength light source that can be used to analyze the |
at room light does not contain the UV (short | wavelength light) found in sunlight. |
When excited with 488 nm | wavelength light, it fluoresces red. |
ng background geometry, the low energy large | wavelength limit of the theory has to decouple from the |
The short | wavelength limit of QCLs is determined by the depth of |
etimes taken is to only consider the largest | wavelength modes of the order of the size of the univer |
Parabolas only focus waves with a | wavelength much smaller than the diameter of the parabo |
method of stereoscopic projection is called | wavelength multiplex visualization. |
Wavelength multiplexing techniques. | |
reads or counts only the x-rays of a single | wavelength, not producing a broad spectrum of wavelengt |
anged as an interferometer for submillimeter | wavelength observations. |
A reference | wavelength of 589.3 nm (the sodium D line) is most ofte |
The physical | wavelength of a perturbation mode (dashed line) is also |
lectromagnetic irradiation (usually a single | wavelength of visible or UV light). |
Pure GaP LEDs emit green light at a | wavelength of 555 nm. |
When excited by a specific | wavelength of light, the protein will fluoresce. |
where λ is the | wavelength of the spectral peak of interest and |
y the result of color filters that alter the | wavelength of the light prior to exiting the endoderm, |
0 the refractive index of the solvent, λ the | wavelength of the light source, dn/dc the refactive ind |
tandard colourimeters cannot operate below a | wavelength of 400 nanometers. |
absorption spectroscopy, corresponding to a | wavelength of maximum absorption. |
ially broadcast on 104.3 MHz and 1170 kHz (a | wavelength of 257 metres, with the phrase "2 5 7" becom |
DNA absorbs UV light with a | wavelength of maximal absorbance near 260 nm. |
stronomy), due to atomic oxygen, occurs at a | wavelength of 5577 angstroms (557.7 nanometers). |
The maximum efficacy is 683 lm/W at a | wavelength of 555 nm (green). |
should be at least ten times longer than the | wavelength of interesting features. |
However, the | wavelength of visible light (about 4000 to 7000 angstro |
ttering reduces the energy (or increases the | wavelength) of the outgoing beam. |
mitting an excess of infrared radiation at a | wavelength of 70 μm. |
The | wavelength of the impinging x-ray and the crystal's lat |
ency conversion involves the shifting of the | wavelength of a monochromatic source of light, usually |
s strongly influenced by temperature and the | wavelength of light used to measure it, therefore, care |
planes of spheres is approximately half the | wavelength of a component of visible light, the light o |
applications for selection of the excitation | wavelength of light from a light source. |
ange can be read on a spectrophotometer at a | wavelength of 370 or 655 nm. |
neutron and X-ray optics to select a defined | wavelength of the radiation for further purpose on a de |
Because the | wavelength of light selected by the filter varies with |
in both continuous and pulsed mode, and the | wavelength of the laser beam is 10.6 μm. |
ree path of an atom is much smaller than the | wavelength of the radiative transition, the atom change |
this will produce an echo with a maximum | wavelength of that order, which corresponds to a freque |
ing the red-shift of galaxies - the shift in | wavelength of light to longer wavelengths due to a spee |
ermolysis (SPTL), the matching of a specific | wavelength of light and pulse duration to obtain optima |
Because the | wavelength of light determines its color, the variation |
fringes with a spacing of , with λ being the | wavelength of the beam, n being the refractive index an |
ation about layers that are thinner than the | wavelength of the probing light itself, even down to a |
e lowest possible BPP, λ / π, where λ is the | wavelength of the light. |
At a | wavelength of 260 nm, the average extinction coefficien |
ough at least one filter above and below the | wavelength of the redshifted Lyman break. |
e d is the resolvable feature size, λ is the | wavelength of light, n is the index of refraction of th |
1 at 300 K. Its refractive index is 3.3 at a | wavelength of 2 µm, and its dielectric constant is 10.9 |
ydrogen, the deuterium fluoride lases at the | wavelength of about 3.8 µm. |
s on the scatterer or medium relative to the | wavelength of the scattered particles. |
icles in question are similar in size to the | wavelength of the laser. |
h about 0.25 ns) at its fundamental emission | wavelength of 1.315 micrometers. |
4 eV at 300 K, which corresponds to infrared | wavelength of about 860 nm) out to wavelengths greater |
ing in sharp resonances in the intensity and | wavelength of the photoluminescence. |
e de Broglie relation, a beam of 54 eV had a | wavelength of 0.165 nm. |
source brightness, and the short De Broglie | wavelength of the helium ions, which is inversely propo |
he optical density of a sample measured at a | wavelength of 600 nm. |
ated with an infrared laser operating at the | wavelength of 16 µm. |
h of about 1 ns) at its fundamental emission | wavelength of 1.315 micrometers, though it is also capa |
tails often contain additives that shift the | wavelength of the emitted light to make it more easily |
The exact | wavelength of this threshold is redshifted and can be u |
on), the eye is most sensitive to light at a | wavelength of 555 nm. |
ground state by emission of a photon at the | wavelength of 600 nm. |
d to as L37 or L39 filters, depending on the | wavelength of light that they filter out; an L37 filter |
g by particles similar to or larger than the | wavelength of light is typically treated by the Mie the |
Under laser irradiation at a | wavelength of less than 520 nm, it decomposes to pluton |
objective, and inversely proportional to the | wavelength of the light being observed. |
er signal, as a function of the frequency or | wavelength of the signal. |
n the far infrared region (about 30 - 150 µm | wavelength) of the electromagnetic spectrum. |
rotation of a substance with a change in the | wavelength of light. |
with a laser, and subsequently analyzing the | wavelength of emitted light. |
Diffraction occurs because the | wavelength of electrons accelerated by a potential of a |
by measuring the absorbance of a particular | wavelength of light by the sample and how it changes ov |
e star is 8th magnitude at the near infrared | wavelength of 2 micrometers, it is calculated to be abo |
oscillation", with an accretion and breakup | wavelength of ~500 million years, stretching all the wa |
site using four filters: Blue (with a center | wavelength of 435 nm), Visual (555 nm), Infrared (814 n |
s invisible to the human eye by changing the | wavelength of reflected light. |
is image is inaccurate because the different | wavelength of different colors of light cause them to r |
etermined by the prisms' wedge angle and the | wavelength of the light. |
lly at a frequency of 2.45 gigahertz (GHz)-a | wavelength of 122 millimetres (4.80 in)-through the foo |
to scatter electromagnetic radiation if the | wavelength of the light is similar to the size of the d |
e of the density fluctuations approaches the | wavelength of light, the light is scattered and causes |
riod of the diffraction grating and λ is the | wavelength of the light incident on the grating. |
nuously with output power of over 100 mW and | wavelength of 9.5 µm. |
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