「excitation」の共起表現一覧(1語右で並び替え)
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The | excitation also results in the ions moving in phase (in |
During | excitation, an electron is excited to a higher energy l |
influenced e. g. by nonequilibrium electron | excitation and generally it manifests in a more complic |
e films scatter and reflect large amounts of | excitation and emission light during the fluorescence d |
bsorbs the photons and selectively undergoes | excitation and then photoionization. |
he dichroic are chosen to match the spectral | excitation and emission characteristics of the fluoroph |
it can operate with only one wavelength for | excitation and depletion. |
Parallel | excitation and detection with 64 spots in the sample si |
e one of the first components in the sensory | excitation and adaptation responses in bacteria, which |
lcium sequestration associated with muscular | excitation and contraction. |
e on almost arbitrary samples with arbitrary | excitation and acquisition setup. |
given by the equilibrium between collisional | excitation and spontaneous emission |
en approaching 100% even in water, and sharp | excitation and emission peaks contributing to overall b |
of the proton pump bacteriorhodopsin) or via | excitation and transfer of electrons released by photol |
"The infrared multiphoton | excitation and photochemistry of DN3" |
cal absorbance at 436-475nm (max 455nm) with | excitation at 330-390nm (max.340nm)) . |
se effects such as constipation, drowsiness, | excitation, ataxia and respiratory depression have been |
attering is useful for probing such electron | excitation, but not in determining the distribution of |
on) and is distinguished by photoexcitation ( | excitation by photons), hence the prefix photo-. |
ngth distribution of emission spectrum after | excitation by a certain spectrum of light. |
illation detector, because it emits light on | excitation by x-rays or electron beam, making it useful |
and not forced to come back to stall because | excitation can darken the prognosis, even after adequat |
That radio signal in the | excitation coil aids the reversal of the magnetization |
the antenna is tuned and passed through the | excitation coil, the other end of which is connected to |
's - Basler started development of a Digital | Excitation Control System (DECS range) |
Excitation control | |
The table below provides cross-sections and | excitation energies for hot fusion reactions producing |
The table below provides cross-sections and | excitation energies for cold fusion reactions producing |
The primary donor receives | excitation energy either by absorbing a photon of suita |
chlorophyll a and beta-carotene and pass the | excitation energy on to the reaction centre. |
rocesses which create compound nuclei at low | excitation energy (~10-20 MeV, hence "cold"), leading t |
etic energy transfer process as one in which | excitation energy hops from light-capturing pigment mol |
This | excitation field may be optical and unrelated to the sp |
An | excitation filter is a high quality optical-glass filte |
(xenon arc lamp or mercury-vapor lamp), the | excitation filter, the dichroic mirror (or dichromatic |
The | excitation filters used may come in 2 main types - shor |
Other forms of | excitation filters include the use of monochromators, w |
nsmission of the analyzer, I(t) the electron | excitation flux at depth t, dΩ the solid angle, and δt |
tion dependence of any type of electron-hole | excitation: for instance the electron-hole continuum an |
n excited system is related to the number of | excitation frequencies to which it can respond. |
s beam splitters to direct illumination of a | excitation frequency toward the sample and then as an a |
Data in bold represents maxima derived from | excitation function measurements. |
Data in bold represent maxima derived from | excitation function measurements. |
he yellow rectangular object in front is the | excitation generator |
In astronomy, collisional | excitation gives rise to spectral lines in the spectra |
a at these wavelengths involve rovibrational | excitation, i.e., excitation of both a vibrational and |
Inhibition and | excitation in the mammalian spinal cord: a thesis , Uni |
It is a massive mode, similar to a Higgs | excitation in the electroweak model. |
mally dissociate the molecule, or equivalent | excitation in an electric discharge. |
e Nambu-Goldstone modes, there is a combined | excitation in Bµ and gµν that does not stay in the pote |
Collisional | excitation in mass spectrometry is the process where an |
o-discoverer of lasers using electron impact | excitation in each of the noble gases, dissociative exc |
types through fundamental processes such as | excitation, ionization, and dissociation of atoms and m |
This energy for this | excitation is taken away from the electrons kinetic ene |
tionless deexcitation processes in which the | excitation is degraded mainly to heat. |
Optical | excitation is required to bring the N-V0 defect into th |
m considers a virtual light source producing | excitation light that illuminates the object. |
The interaction between the | excitation light and the object provokes the emission l |
cing, mechanical equipment or other rhythmic | excitation may cause an annoyance to the occupants or i |
this trap, it is possible to apply different | excitation modes (dipolar, quadrupolar and octupolar). |
eference detector should be placed after the | excitation monochromator or filter. |
The presumed mechanism was the | excitation of a molecule by a photon followed by a coll |
sed mechanism was field-accelerated electron | excitation of molecular fluorescence. |
The cause may also be due to direct thermal | excitation of metal ions in the material. |
The reduction process begins with | excitation of the photosensitizer, as mentioned. |
ling is a coupled rotational and vibrational | excitation of a molecule. |
n theoretical physics, a bare particle is an | excitation of an elementary quantum field. |
The | excitation of nuclei can be done with either pion or re |
The reaction begins with the | excitation of a pair of chlorophyll molecules similar t |
ar laser is a laser that would depend on the | excitation of atomic nuclei to produce electromagnetic |
s a hypothetical particle that emerges as an | excitation of the metric tensor (i.e. |
Excitation of the alkali metal results in ejection of e | |
Fractionation occurs due to the | excitation of the sample and therefore must be correcte |
s a hypothetical particle that emerges as an | excitation of the metric tensor (i.e. |
Fatih Erden, Oleg A. Tretyakov, | Excitation of the Real-Valued Electromagnetic Fields in |
a speculative proposal in which a ghost, an | excitation of a field with a wrong sign of the kinetic |
matter, and especially the principles of the | excitation of secondary X-rays. |
coherent ASE must be provided, otherwise the | excitation of the gain medium will be depleted by the i |
e spectrum of exotic mesons generated by the | excitation of the gluonic field binding the quarks. |
he rising of the fabulous bird Luan, and the | excitation of the Lin, like the flight of the phoenix o |
nergy spectra to the effective stimulus, the | excitation of the photopigment, is quite linear, and li |
solid-state laser physics) that involves the | excitation of a laser-active ion to a level above that |
matter and discovered the effect of optical | excitation of plastic properties in semiconductors. |
y result, published in 1928, stated that the | excitation of the skin under constant stimulus is initi |
in the brain through the direct or indirect | excitation of its cell membrane by using an electric cu |
ption edge) but usually does not involve the | excitation of carriers by the electric field. |
A roton is an elementary | excitation, or quasiparticle, in superfluid Helium-4. |
It fluoresces with | excitation peaks at 470 and 540 nm and an emission peak |
Distinguished for his work on the | excitation potentials of metals and the emission and ab |
This technology may achieve high | excitation rates with small laser volumes. |
ctrum is the strong line enhancement of high | excitation relative to lower excitation. |
xplained as being the result of some unknown | excitation similar to spin. |
In general an | excitation source such as x-rays, electrons or synchrot |
Unlike the directional | excitation source, the fluorescence is omnidirectional |
al Method and the Single-Particle Electronic | Excitation Spectra of Crystals", Methods in Computation |
state resonance, double resonance, selective | excitation spectroscopy, coherent processes in excited |
To explore these properties, | excitation states of the nuclei require to be measured. |
Additionally to the electronic | excitation states which are known from atoms, molecules |
s, generator and engine controls, and static | excitation systems. |
To cause | excitation, the light that strikes the semiconductor mu |
ed sensitivity of these channels, and so the | excitation threshold will be shifted downwards. |
ld must undergo a transition from electronic | excitation to a photonic excitation; the atom must deca |
ucing all levels of CNS mood alteration from | excitation to mild sedation, hypnosis, and deep coma. |
um mechanically, this can be described as an | excitation to a higher energy state and then a return t |
ption: it uses bright fluorophores and laser | excitation to detect base addition events from individu |
Shaft angle is the polar angle, and | excitation voltage is the magnitude. |
'Raman microprobe and microscope with laser | excitation', Volume 3, Issue 1, February 1975, Pages: 3 |
the sample, it does not suffer from a large | excitation volume, and hence provides sharp images on a |
This unknown | excitation was later dubbed isospin by Eugene Wigner in |
ccurs, resulting in a reverse of the initial | excitation waveform being played at the initial source. |
itional fluorescence microscopy in which the | excitation wavelength is shorter than the emission wave |
1,5-IAEDANS has a peak | excitation wavelength of 336 nm and a peak emission wav |
major advantage of fluorospheres is that the | excitation wavelength and the emission wavelength are n |
man shift expressed in wavenumber, λ0 is the | excitation wavelength, and λ1 is the Raman spectrum wav |
d emit light at a wavelength larger than the | excitation wavelength. |
A Trion is a localized | excitation which consists of three charged quasiparticl |
Upon | excitation with short pulses, during the short time aft |
Excitation with light at ~470 nm results in emission at | |
have major components with 5f-to-6d orbital | excitation with smaller components of ligand-pi-to-meta |
1 in 10 million photons) is scattered by an | excitation, with the scattered photons having a frequen |
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