「Radiation」の共起表現(1語右で並び替え)

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共起表現

「Radiation」の共起表現一覧(1語右で並び替え)

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h frequencies the short wavelengths give the	radiation a very directional quality, similar to visib
a detector is used to monitor the diffracted	radiation a beamstop is usually needed to stop the int
Atwater underwent interstitial implant	radiation, a then-new form of treatment, at Montefiore
pical diffractometer consists of a source of	radiation, a monochromator to choose the wavelength, s
in ground breaking research using Terahertz	radiation, a part of the spectrum between microwaves a
The intense burst of infrared	radiation ablates the highly absorbing rubber, releasi
For half-millimeter-thick tin foil,	radiation above about 20 kHz (i.e., including both AM
Also, electromagnetic	radiation above about 11 eV can be absorbed by H2 and
orption spectrum is the fraction of incident	radiation absorbed by the material over a range of fre
hangeably with absorptance : the fraction of	radiation absorbed at a given wavelength.
ical depth is a measure of the proportion of	radiation absorbed or scattered along a path through a
An overview of electromagnetic	radiation absorption.
In March 1984, a serious	radiation accident in Morocco occurred where eight peo
used to have a crew, but they were lost in a	radiation accident; due to combination of remorse (fee
List of civilian	radiation accidents
List of nuclear and	radiation accidents by death toll
t of 50 nuclear waste barrels", claiming the	radiation affects local beaches.
minutes after the start of the problem that	radiation alarms activated as contaminated water reach
ozyrev, are able to focus different types of	radiation alike to magnifying glasses, including the t
a result of subjection to a specific kind of	radiation, all males have died out.
modifies the way skin cells receive the UVA	radiation, allegedly clearing up the disease.
The	radiation allows for the production of sulphur compoun
Ernest Rutherford classifies two types of	radiation, alpha rays and beta rays.
The	radiation also significantly enhances his strength whe
alline structures of materials using neutron	radiation analogical to X-ray techniques.
It is an attribute of matter,	radiation, and non-gravitational force fields.
Water is a very strong absorber of MIR	radiation and wet samples often require advanced sampl
, the most energetic form of electromagnetic	radiation, and often followed by a longer-lived "after
pioneer organisation in the peaceful uses of	radiation and radioisotope techniques in the country i
ence satellites with the covernames Galactic	Radiation and Background (GRAB) and POPPY operated by
yes modified to perceive a wider spectrum of	radiation and energy.
monitor the magnetosphere, cosmic background	radiation and charged particles.
rs who measure a nearly isotropic background	radiation, and can justly infer to live in a nearly FL
so called skylight, diffuse skylight, or sky	radiation and is the reason for changes in the colour
on level when icing occurs between source of	radiation and the sensor
y due to braking provided by the emission of	radiation and high-energy particles.
ource of Strontium 90') from a member of the	Radiation and Public Health Project about the risks of
, the most energetic form of electromagnetic	radiation, and often followed by a longer-lived "after
ransmitter in the landing capsule, and space	radiation and atomic-hydrogen spectrometer measurement
The connection between fallout	radiation and cancer in individual cases has been prac
they were first treated with DNA-destroying	radiation, and the CCD Working Group report in 2010 in
ured improved reliability, reduced side lobe	radiation and the ability to be paired with a centimet
ort his theories of calorific and frigorific	radiation and said the communication of heat was the n
r, bombs are very inefficient ways to spread	radiation, and all such special weapons have problems
provide synchronised sources of synchrotron	radiation and free electron laser radiation covering t
eyl tensor vanishes contain no gravitational	radiation and are also conformally flat.
ccident 114 patients received an overdose of	radiation and 13 died of radiation-related injuries.
istinguished from back to front the lemnical	radiation and a particular nucleus, in front of it the
from air pollution and cancer prevention to	radiation and environmental advocacy.
der extreme conditions such as high acidity,	radiation and metal contamination are of particular in
(the Public Council for Prevention of Noise,	Radiation and Air Pollution in Israel), and also chair
ons generally come from background continuum	radiation and a spectrum will show a drop in the conti
At the later stages of	radiation- and matter-domination, these fluctuations re
before starting work on his new publication,	Radiation and Reason (2009).
well as suppressing the intense ultraviolet	radiation and fumes that are a part of the shielded me
y UV sources such as lightning, arc welding,	radiation, and sunlight.
It is also used in detectors of ultraviolet	radiation, and in AlGaN/GaN HEMT transistors.
meteor, but has absorbed massive amounts of	radiation and become a super villain described as a "K
ecraft measuring atmospheric and terrestrial	radiation, and they are mostly used for meteorological
d his forcefield to protect himself from the	radiation and to allow Kup to recognise him.
The Solar	Radiation and Climate Experiment (SORCE) is a NASA-spo
vistic jets towards us, emitting synchrotron	radiation and bremsstrahlung that appears blueshifted.
vast variety of sources including chemicals,	radiation and other.
Solrad 1, also known as Galactic	Radiation and Background 1 (GRAB-1), Sunray 1, and Sol
s of Walter Heitler's book Quantum Theory of	Radiation and Nevill Francis Mott & Harrie Massey's bo
de organic compound gases combine with solar	radiation and decompose in the stratosphere, releasing
ence satellites with the covernames Galactic	Radiation and Background (GRAB) and POPPY operated by
ol) for organisms as they are exposed to the	radiation and weightless conditions in space for six m
Her research focused on the effects of	radiation and other agents on genetic mutation, as wel
	Radiation and scattering of waves, Leopold B. Felsen,
tates Atomic Energy Commission on the use of	radiation and radioactive materials in cancer treatmen
He was a pioneer in the field of	radiation and photochemistry
he bulk of the damage comes from the thermal	radiation and secondary fires.
J. Toelkes (Swami Prem Niren), hypothesised	radiation and thallium in a deliberately irradiated ma
Epsilon rays are a form of particle	radiation and are composed of electrons.
Board of	Radiation and Isotope Technology is a unit of the Depa
erence in 1911 was devoted to "the theory of	radiation and quanta".
her cells act as heat pumps, driven by solar	radiation and the evaporation of sea water.
ncludes photocurrent generated by background	radiation and the saturation current of the semiconduc
Until 1965 it was called the Institute of	Radiation and Physicochemical Biology of the Russian A
e, SSDs are almost insensitive to background	radiation, and their sensitivity can be adjusted by co
131I emits both beta and gamma	radiation and decays with a half-life of 8 days.
a substance absorbs photons (electromagnetic	radiation) and then re-radiates photons.
Genes,	Radiation, and Society.
He was an expert in medical uses of infrared	radiation and had pioneered its use in detecting breas
onths to live, he underwent chemotherapy and	radiation and continued to coach.
UV	radiation and Mitomycin C are used because the DNA dam
od sun access for faster sterilization by UV	radiation and drying.
electromagnetic therapy and electromagnetic	radiation and health research, electromagnetic spectru
t increases nitric oxide production after UV	radiation, and in the absence of this gene the bacteri
ly involved in mass calculations in isotopic	radiation and ionization nuclear and atomic energy.
ng starring Steve Dahl and featuring Teenage	Radiation and Garry Meier.
Main article: Galactic	Radiation and Background
ntrol of the agro-industry, electro-magnetic	radiation, and the global harmonisation of the food tr
Interactions between electromagnetic	radiation and ionized gas have been studied extensivel
d calculations of the absorption of infrared	radiation, and he made use of early electronic compute
	Radiation and Environmental Biophysics 12: 3-3.
list in the area of the interaction of laser	radiation and tissue, and particularly in using diagno
vapour absorbs and attenuates submillimetre	radiation and thus a dry site is required for this typ
RA-II is a source of high-energy synchrotron	radiation and also a pre-accelerator for the HERA.
rned about nuclear power, radioactive waste,	radiation and sustainable energy issues.
districts of Punjab that revealed chemical,	radiation and biological toxicity there was rampant.
g also worked on stellar structure involving	radiation and convection, at the same time as Ludwig B
Further information: Black hole, Hawking	radiation, and Entropy
d invented a number of devices for measuring	radiation, and determined the freezing and melting poi
C.S., Blaustein, A.R. [Editors] Ultraviolet	Radiation and Evolution, Springer, 2002
tions of tumorocidal agents such as ionizing	radiation and chemotherapeutic drugs with 2-DG provide
e glacier that monitors temperature changes,	radiation, and precipitation
phase of habitat construction, hard-plastic	radiation- and abrasion-resistant geodesic domes could
freely exposed to the air but shielded from	radiation and moisture.
stant to water, moisture, most chemicals, UV	radiation, and micro-organisms.
arization of the cosmic microwave background	radiation and frequency distribution of the gravitatio
ancer cells more sensitive to the effects of	radiation and certain anticancer drugs.
lavonoids that protect them from ultraviolet	radiation and give them a pink colour.
per hot stars that generate large amounts of	radiation and stellar wind.
used for research in the emerging fields of	radiation and radioactivity and some of the Hunter's H
They also carried payloads to investigate	radiation and cosmic rays.
s caused by cosmic irradiaton by ultraviolet	radiation and charged particles.
This includes direct sunlight, diffuse sky	radiation, and (often) both of these reflected from th
ent sources: the cosmic microwave background	radiation and large scale structure, age of the univer
The film is sensitive to	radiation and, once developed, exposed areas increase
spectrum, one example of which is black-body	radiation; another is the thermal radiation of the opa
The beam of	radiation appears to be pointed directly toward Earth.
Due to the star's rotation this	radiation appears to pulse, colloquially called the "l
ich patients were given massive overdoses of	radiation, approximately 100 times the intended dose.
pernova, as an explosive event that released	radiation approximately equal to the Sun's total energ
ers, many of whom are mutated by the ambient	radiation, are left to their own devices, but a crimin
urces of exposure of electronics to ionizing	radiation are the Van Allen radiation belts for satell
are likely to be affected (blast and thermal	radiation) are identical physical damage mechanisms to
experiment that attempts to detect Cherenkov	radiation arising from interactions between water and
s manned by the Vanir, guards clad in ornate	radiation armor.
ellites, and to record data about artificial	radiation around the Earth.
olon suggests that it is due to the magnetic	radiation around the planet.
made using a lens to focus the illuminating	radiation, as is done with the rays of the visible spe
A dark star may emit indirect	radiation as described above.
nstruments from direct solar and Earth based	radiation as well as radio interference from Earth and
, a compartment not as protected from cosmic	radiation as other Mir compartments.
in a molecule, followed by reemission of the	radiation as the bond returns to its normal state.
The microwave background	radiation as measured by the COBE satellite is very sm
It will feature Hawking	radiation, as virtual particles created in its vicinit
o receive a comparable amount of ultraviolet	radiation as the Earth does from the Sun, however it i
e recognition of Cosmic microwave background	radiation as a detectable phenomenon in the spring of
re unable obtain any readings for background	radiation at all, depsite changing batteries in the Ge
The theory for the distribution of solar	radiation at the top of the atmosphere concerns how th
nstrument only senses horizontally polarized	radiation at a frequency of 19 GHz, and can be used to
tor (ISF) is the proportion of diffuse solar	radiation at a given location relative to that in the
ly observable in visible light but also emit	radiation at radio wavelengths.
nd the electron beam and produce synchrotron	radiation at the Australian Synchrotron
Many polymers are also attacked by UV	radiation at vulnerable points in their chain structur
Gamma rays are electromagnetic	radiation at the short-wavelength, or high-frequency,
Some characteristics of non-thermal solar	radiation at metre wave-lengths.
This star is emitting an excess of infrared	radiation at a wavelength of 70 μm.
led PbS elements are commonly used to detect	radiation at only short wavelengths of less than 2 mic
emperatures typically emit the bulk of their	radiation at wavelengths between a few hundred microme
orf antenna has 2 masts to allow directional	radiation at night (the same frequency is used by a st
to an excited energy state, they can amplify	radiation at the proper frequency.
ring into a dedicated source of synchrotron	radiation at a cost of £3M at 1974 prices.
These molecules tend to absorb	radiation at shorter wavelengths, resulting in a remar
ace Telescope revealed an excess of infrared	radiation at a wavelength of 160 μm.
Bursts of solar	radiation at metre wavelengths.
e two lobes with "hot spots" of more intense	radiation at their edges.
f the portion of the host galaxy which emits	radiation at visible wavelengths.
The zinc roof reflects solar	radiation away from the building reducing cooling cost
Seen from below, clouds emit infrared	radiation back to the surface, and so exert a warming
ure the 4 separate components of the surface	radiation balance.
The safety system will also shut down the	radiation beam if the door to the hutch is accidentall
irradiated by densely and sparsely ionizing	radiation beams are shown in Fig. 14.1.
est materials and fuels, and produce neutron	radiation beams, that became an indispensable tool in
re of the star, which results in most of its	radiation being emitted in the infrared rather than at
ry low noise MCT detector, which allows only	radiation below 1750 cm−1 to reach the MCT detector; t
ted out of Dartmouth that will work with the	Radiation Belt Storm Probes (RBSP) mission due to laun
	Radiation Belt Storm Probes
shelf components in space, especially in the	radiation belt.
bservations outside of the Earth's umbra and	radiation belt.
rged particles is now known as the Van Allen	radiation belt.
rst student spacecraft passed over Van Allen	radiation belt.
Artificial	radiation belts were created and their effect was meas
would be high enough to be clear of Earth's	radiation belts while exposing the spacecraft to an en
nts can try to correlate observations in the	Radiation Belts with the number of particles ejected.
BARREL will help study the Van Allen	Radiation Belts and why they wax and wane over time.
IGY included the discovery of the Van Allen	radiation belts and the discovery of mid-ocean submari
The comments about Sputnik-2 and -3 and the	radiation belts is inaccurate, but a discussion of tha
le but put the observatory above the Earth's	radiation belts for most of its orbit.
e strength of the Moon's magnetic field, its	radiation belts, and the nature of lunar rocks (which
er to study the Earth's (and possible lunar)	radiation belts, mounted on the instrument platform, a
field and the solar wind forms the Van Allen	radiation belts, a pair of concentric, torus-shaped re
SO 7 passed fairly deeply into the Van Allen	radiation belts, so that bombardment by high energy pr
for 'enabling investigations of the Earth's	radiation belts,' and a 556-185,200 km (300-100,000 nm
ns and electrons) trapped in the terrestrial	radiation belts.
r or lung disease as a result of exposure to	radiation, beryllium and other hazards.
Its x-ray telescope was used to measure	radiation between 0.05 and 0.5 nanometres.
he one of the world's leading researchers in	radiation biology and in genetic mutations.
n various tracks, including Medical Physics,	Radiation biology, Medical Health Physics, and Neuroim
He wrote Nuclear	Radiation Biology, A Nuclear Reference Manual, Must We
his contributions in founding the science of	radiation biology, and for his leadership in promoting
known for his contributions in the field of	radiation biology.
roximately 200 papers on nuclear physics and	radiation biophysics.
in and her kittens after having survived the	radiation blast deep in the ship's enormous cargo hold
In the 21st century, a blast of cosmic	radiation bombarded Terra-12, a deep-space outpost of

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共起表現

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「Radiation」の共起表現一覧(1語右で並び替え)