「electromagnetic」の共起表現(1語左が「the」)

Weblio 辞書 > 英和辞典・和英辞典 > electromagneticの意味・解説 > electromagneticに関連した共起表現

共起表現

「electromagnetic」の共起表現一覧(1語左が「the」)

該当件数 : 132件

"Sharpening the	Electromagnetic Arrow(s) of Time."
On the Moon, the	electromagnetic machine is assembled.
xwell publishes A Dynamical Theory of the	Electromagnetic Field.
ment of the microwave radio region of the	electromagnetic spectrum.
th the visible and invisible parts of the	electromagnetic spectrum.
oduces a characteristic absorption in the	electromagnetic spectrum of the compound involved.
The V band (vee-band) of the	electromagnetic spectrum ranges from 50 to 75 GHz.
of practical dimensions that imitated the	electromagnetic response of natural dielectric solids.
ompilation contains information about the	electromagnetic scattering by spherical particles, releva
In microwave physics, the	electromagnetic properties of matter at microwave frequen
He was the inventor of the	electromagnetic transmission and a pioneer in the early a
rpose of this experiment was to study the	electromagnetic reflective properties of the lunar surfac
ompilation contains information about the	electromagnetic scattering by cylindrical particles, rele
e of the experiment consists in using the	electromagnetic propagation through the cometary interior
It generalizes the	electromagnetic potential but it has two indices instead
Most meters measure the	electromagnetic radiation flux density (DC fields) or the
Manticore was still alive, thanks to the	electromagnetic field, so she attempted to finish things
The Q band of the microwave part of the	electromagnetic spectrum and ranges from 33 to 50 GHz.
frequencies from 60 GHz to 100 GHz in the	electromagnetic spectrum.
can refer to two different regions of the	electromagnetic spectrum, in the radio and near-infrared.
designed to allow for measurements of the	electromagnetic interference existing on the power line.
f immense amounts of energy, spanning the	electromagnetic spectrum, with the surroundings.
analog of the vector potential A for the	electromagnetic field.
thin the ultra high frequency part of the	electromagnetic spectrum.
and outer space in various regions of the	electromagnetic spectrum, and
isible and the near infrared parts of the	electromagnetic spectrum is observed.
infrared, and water vapor regions of the	electromagnetic spectrum.
ss is conserved during the strong and the	electromagnetic interactions, but not during the weak int
ithin the very high frequency part of the	electromagnetic spectrum.
requencies from 110 GHz to 170 GHz in the	electromagnetic spectrum.
ithin the very high frequency part of the	electromagnetic spectrum.
or at least the public disclosure) of the	electromagnetic digital computer.
ntinuum and line-emission portions of the	electromagnetic spectrum of Mkn 590 are highly variable.
o frequencies from 8 GHz to 10 GHz in the	electromagnetic spectrum.
network management) and management of the	electromagnetic spectrum.
field equations, can be thought of as the	electromagnetic laws of attraction and repulsion.
First of all the total energy of the	electromagnetic field is finite and the electric field is
frequencies from 90 GHz to 140 GHz in the	electromagnetic spectrum.
io frequencies from 2 GHz to 3 GHz in the	electromagnetic spectrum.
k sorceress, who uses Rogue to battle the	electromagnetic demon Magnus.
requencies from 250 MHz to 500 MHz in the	electromagnetic spectrum.
visible and near infrared regions of the	electromagnetic spectrum.
they do not interact with matter via the	electromagnetic or gravitational forces, it is extremely
can refer to two different regions of the	electromagnetic spectrum, in the radio and near-infrared.
frequencies from 10 GHz to 20 GHz in the	electromagnetic spectrum.
of material that minimally attenuates the	electromagnetic signal transmitted or received by the ant
dio, X-ray, and gamma ray portions of the	electromagnetic spectrum.
of radio frequencies up to 250 MHz in the	electromagnetic spectrum.
spective", The new astronomy: opening the	electromagnetic window and expanding our view of planet e
Originally, the	electromagnetic radiation emitted by X-ray tubes had a lo
s an instrument for rapidly measuring the	electromagnetic permeability of samples of iron or steel
slo he has also studied properties of the	electromagnetic field produced by accelerated electric ch
ion (about 30 - 150 µm wavelength) of the	electromagnetic spectrum.
monitors the changes in the phase of the	electromagnetic field surrounding a signal being applied
n two of the four fundamental forces, the	electromagnetic interaction and the strong interaction.
That is, the	electromagnetic field has infinitely more degrees of free
t say that the phase space offered by the	electromagnetic field is infinitely larger than that offe
e the radiation pressure follows from the	electromagnetic theory.
ed 'wake-fields' (a strong warping of the	electromagnetic field of the beam) that can interact with
ity measurements showed an anomaly in the	electromagnetic signature that it was thought might be ca
g three out of four forces of nature: the	electromagnetic force, the strong force, and the weak for
are spread out because the carrier of the	electromagnetic force, the photon, does not interact with
output to move towards the red end of the	electromagnetic spectrum.
ss, and among the first papers to use the	electromagnetic telegraph.
of the galaxy in the radio portion of the	electromagnetic spectrum show two jets protruding in oppo
in the X-ray and Gamma ray regions of the	electromagnetic spectrum.
onary orbit locations and portions of the	electromagnetic spectrum.
io frequencies from 4 GHz to 6 GHz in the	electromagnetic spectrum.
tube of a solid cylinder, and models the	electromagnetic and gravitational fields inside the beam,
rates in the low frequency portion of the	electromagnetic spectrum from 90 to 110 Kilohertz.
unt for the coupling between them and the	electromagnetic field.
ation emitted in the infrared part of the	electromagnetic spectrum.
in the low (or far) infrared range of the	electromagnetic spectrum.
he four forces of nature-the weak and the	electromagnetic forces-under the same set of equations.
Changing the	electromagnetic radiation used to detect, discover, and o
itz and Heinz London, who showed that the	electromagnetic free energy in a superconductor is minimi
ure of the object as well, by mapping the	electromagnetic scattering coefficient onto a two-dimensi
As with any wave, the	electromagnetic wave transports energy, thus the total en
, citing the physiological effects of the	electromagnetic field from transmission lines.
e some form of bioluminescence within the	electromagnetic spectrum, but most are neither visible no
ions in the far-ultraviolet region of the	electromagnetic spectrum.
thin the ultra high frequency part of the	electromagnetic spectrum.
he super high frequency (SHF) part of the	electromagnetic spectrum.
EMP is that all of the components of the	electromagnetic pulse are generated outside of the weapon
devices which strengthen and maintain the	electromagnetic field which defines her humanoid form.
ation utilizing conventional bands of the	electromagnetic spectrum (i.e.
ultraviolet and infrared portions of the	electromagnetic spectrum.
e ultraviolet to the radar regions of the	electromagnetic spectrum.
After most of the	electromagnetic pulse measurements on Starfish Prime had
gents, and was also badly affected by the	electromagnetic fields of TVs, radios and even human bein
sical nongravitational fields such as the	electromagnetic field.
d state, there are many ways in which the	electromagnetic field may go from the ground state to a o
the flares have been detected across the	electromagnetic spectrum as high as the X-ray band.
ar gravitational field in addition to the	electromagnetic field potential Aμ in an attempt to creat
for large changes in the intensity of the	electromagnetic field.
rovide intense focused light spanning the	electromagnetic spectrum from the infrared through x-rays
n this happens due to the presence of the	electromagnetic field from a photon, a photon is released
sorbance in the ultraviolet region of the	electromagnetic spectrum, which is useful for laboratory
ow, the only two wavelength ranges of the	electromagnetic spectrum that are not severely attenuated
nt of energy due to inefficiencies in the	electromagnetic accelerators and decelerators in the towe
enkov emission in the radio regime of the	electromagnetic spectrum from the interaction of high ene
y frequencies, or frequency bands, in the	electromagnetic spectrum for use in systems or equipment.
hey are often divided into two types: the	electromagnetic calorimeter that specializes in absorbing
cance: it ensures the universality of the	electromagnetic interaction."
d, or in any other frequency range of the	electromagnetic radiation).
It is even possible to monitor the	electromagnetic emissions of computer displays or keyboar
portion to the current carried due to the	electromagnetic field.
o not interact with matter via either the	electromagnetic, the strong nuclear, or gravitational for
round field is a classical version of the	electromagnetic ZPF of QED, though in SED literature the
nate the electric field shown as E in the	electromagnetic wave equation which can be derived from M
steresis as the magnetic component of the	electromagnetic field repeatedly distorts the crystalline
the end of the 1980s, the topology of the	electromagnetic field was studied in detail and a topolog
ts), that operate in the same part of the	electromagnetic spectrum as radar guns.
like charged particles are sources of the	electromagnetic field.
stronomical objects at wavelengths of the	electromagnetic spectrum that cannot penetrate the Earth'
ion of the radio frequency portion of the	electromagnetic spectrum (also known as spectrum manageme
astrophysics, and observations across the	electromagnetic spectrum have contributed much to our cur
ity in the fundamental fields such as the	electromagnetic potential A. For example, in an SU(N) Yan
incident is particularly notable for the	electromagnetic interference effects observed upon aircra
rk Maxwell in 1873, is the physics of the	electromagnetic field; a field encompassing all of space
etric tensor and the antisymmetric to the	electromagnetic field tensor.
ell into the far infrared portions of the	electromagnetic spectrum.
rk Maxwell's mathematical theories of the	electromagnetic field during the late 1870s and all of th
ons are in the ultraviolet portion of the	electromagnetic spectrum of the hydrogen atom and immedia
views the very high energy density of the	electromagnetic vacuum as propagating waves, which must n
ounds, called susceptors, that absorb the	electromagnetic energy from the induction coil, become ho
The change in velocity of the	electromagnetic wave induced by propagation through the c
ifference is related to the fact that the	electromagnetic potential is integrated over one-dimensio
so observations in these portions of the	electromagnetic spectrum are best carried out from a loca
, which characterizes the strength of the	electromagnetic interaction, is dimensionless.

共起表現の隣合う単語の集計結果ページに戻る

意味

例文

類語

共起表現

「electromagnetic」の共起表現(1語左が「the」) - Weblio英語共起表現検索

「electromagnetic」の共起表現一覧(1語左が「the」)