「ELECTRO-MAGNETIC」の共起表現(1語右で並び替え)

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「ELECTRO-MAGNETIC」の共起表現一覧(1語右で並び替え)

ELECTRO-MAGNETIC

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nt of energy due to inefficiencies in the electromagnetic accelerators and decelerators in the towe
Electromagnetic accelerators in this tunnel bring the pro
A Bessel beam is a field of electromagnetic, acoustic or even gravitational radiation
The Wingless Electromagnetic Air Vehicle (WEAV) is a heavier than air
radio propagation prediction and general electromagnetic analysis.
s "released as a large amount of thermal, electromagnetic and kinetic energy".
Zel'dovich predicts the transmutation of electromagnetic and gravitational radiation,
f wording as it descibes the energy being electromagnetic and kinetic which is then converted to th
bit is "...released as a large amount of electromagnetic and kinetic energy (much of the latter be
e end only, to maximize shielding of both electromagnetic and electrostatic fields.
tube of a solid cylinder, and models the electromagnetic and gravitational fields inside the beam,
The Laboratory for Electromagnetic and Electronic Systems (LEES) at the Mass
The Sensors and Electromagnetic Applications Laboratory (SEAL) is one of
"Sharpening the Electromagnetic Arrow(s) of Time."
devices, such as lasers, implosion foils, electromagnetic beam accelerators and the railgun.
from James Clerk Maxwell's equations for electromagnetic behavior and, more generally, the assumpt
"The threat of electromagnetic bomb proliferation is very real."
An electromagnetic calorimeter is one specifically designed
ift chambers, a time-of-flight system, an electromagnetic calorimeter and a muon chamber system.
hey are often divided into two types: the electromagnetic calorimeter that specializes in absorbing
he proportion of energy deposited from an electromagnetic cascade (e) is different from that in Had
e scale length for describing high-energy electromagnetic cascades.
Crab cavities are a form of electromagnetic cavity used in particle accelerators to p
A GTEM or Gigahertz Transverse ElectroMagnetic cell is a precision electromagnetic compa
This consists of several electromagnetic coils placed at the vertices of a square
t or by processing the signals emitted by electromagnetic coils as they deflect the CRT's electron
They consist of two electromagnetic coils, the transmitter and receiver coils
ss is induced directly into the charge by electromagnetic coils, ASEA managed to create a new techn
See also: Electromagnetic compatibility and Ground loop (electricit
ht-angles to each other to prevent direct electromagnetic coupling between them and each grounded a
It is also used in electromagnetic cranes that separates magnetic material f
k sorceress, who uses Rogue to battle the electromagnetic demon Magnus.
use, or release" a "harmful electronic or electromagnetic device" for "an unlawful purpose"; also m
eferred to as "scanners" or "Galvos", are electromagnetic devices that move mirrors which reflect t
r, more efficient motors, coils and other electromagnetic devices.
ain group techniques to solve problems of electromagnetic diffraction from different physical and g
or at least the public disclosure) of the electromagnetic digital computer.
the same substance, and that light is an electromagnetic disturbance propagated through the field
through the tower they are slowed down by electromagnetic drag devices that extract kinetic energy
The tram was equipped with electromagnetic, drum and rail brakes.
Electromagnetic earthquake precursors monitoring methodol
R. Madden and the title of his thesis was Electromagnetic Effects of Atmospheric Gravity Waves.
ly description of an FDTD method to solve electromagnetic eigenproblems was published by Albani and
ch have been specially shielded to lessen electromagnetic emissions reducing susceptibility to TEMP
superheterodyne receiver to detect these electromagnetic emissions from the radar gun, and raise a
A wide range of electromagnetic emissions and immunity testing (including
It is even possible to monitor the electromagnetic emissions of computer displays or keyboar
Celliant has been shown to interact with electromagnetic emssions (e.g.
nal is the Journal of Microwave Power and Electromagnetic Energy
3. gamma radiation - the emission of electromagnetic energy (such as X-rays) from the nucleus
an emerging exploration method that uses electromagnetic energy to detect resistive bodies - inclu
at there was disturbance in the amount of electromagnetic energy being received on the BBC's wavele
itional radar sends directional pulses of electromagnetic energy and detects the presence, position
c images and patterns of recorded radiant electromagnetic energy and other phenomena.
They installed an electromagnetic energy measuring device, (Langmuir probe)
ounds, called susceptors, that absorb the electromagnetic energy from the induction coil, become ho
She has the ability to fire bolts of electromagnetic energy, the ability to imbue metal object
d in episode 5 that they are drawn toward electromagnetic energy.
nd fire metal scraps, and fire paralyzing electromagnetic energy.
ntelligence of any nature by radiation of electromagnetic energy.
It developed software for various electromagnetic engineering applications and its products
areas of radio frequency identification, electromagnetic engineering, microcircuit design, and sig
e degraded during exposure to the adverse electromagnetic environment, but the system will not expe
on, without interference from the ambient electromagnetic environment.
In the field of electromagnetic environmental effects, SEAL researchers a
AL researchers investigate radar systems, electromagnetic environmental effects, radar system perfo
He has fundamental contributions to electromagnetic field analysis.
Quantum effects of the light's electromagnetic field can be observed.
It combines an electromagnetic field solver with circuit and transmissio
or centers due to resonant interaction of electromagnetic field with an active medium
The changing electromagnetic field at the junction affects the amount
relevant physical laws (for example, any electromagnetic field must satisfy Maxwell's equations).
First of all the total energy of the electromagnetic field is finite and the electric field is
This generates a high-frequency electromagnetic field that acts on either an electrically
pin precession of electron in an external electromagnetic field is described by the Bargmann-Michel
slo he has also studied properties of the electromagnetic field produced by accelerated electric ch
monitors the changes in the phase of the electromagnetic field surrounding a signal being applied
instein's equations in the presence of an electromagnetic field in four dimensions.
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
ed 'wake-fields' (a strong warping of the electromagnetic field of the beam) that can interact with
The argon gas is ionized in the intense electromagnetic field and flows in a particular rotationa
When the torch is turned on, an intense electromagnetic field is created within the coil by the h
ers outlining the theory that the Earth's electromagnetic field is powered by eddy currents at the
cteristics are described by the quantised electromagnetic field and quantum mechanics.
, citing the physiological effects of the electromagnetic field from transmission lines.
d dosimeters, ultraviolet dosimeters, and electromagnetic field dosimeters.
ional field, the "weighing" is done in an electromagnetic field where the mass comparison is turned
devices which strengthen and maintain the electromagnetic field which defines her humanoid form.
d be diffracted by the spatially periodic electromagnetic field structure set up by a standing elec
The electromagnetic field due to the RF signal in the helix i
mbert W function, even with an additional electromagnetic field (see quantum gravity and references
d state, there are many ways in which the electromagnetic field may go from the ground state to a o
equally, the combined system of atom plus electromagnetic field must undergo a transition from elec
ar gravitational field in addition to the electromagnetic field potential Aμ in an attempt to creat
n this happens due to the presence of the electromagnetic field from a photon, a photon is released
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
etric tensor and the antisymmetric to the electromagnetic field tensor.
rk Maxwell's mathematical theories of the electromagnetic field during the late 1870s and all of th
roduced over the membrane, the associated electromagnetic field induces a conformational change in
f some nongravitational field (such as an electromagnetic field).
Manticore was still alive, thanks to the electromagnetic field, so she attempted to finish things
the energy-momentum tensor represents an electromagnetic field, a Killing vector field does not ne
when it is subjected to a high frequency electromagnetic field, generated by using an induction co
nt ionized hydrogen gas surrounded by her electromagnetic field, which can be easily disrupted by a
xwell publishes A Dynamical Theory of the Electromagnetic Field.
analog of the vector potential A for the electromagnetic field.
, functions as a concentrator of incoming electromagnetic field.
t wave is a coherent state of the quantum electromagnetic field.
ents: solar energy, photosynthesis and an electromagnetic field.
bserved when it interacts with a coherent electromagnetic field.
unt for the coupling between them and the electromagnetic field.
lution of the metal or the presence of an electromagnetic field.
sical nongravitational fields such as the electromagnetic field.
for large changes in the intensity of the electromagnetic field.
portion to the current carried due to the electromagnetic field.
like charged particles are sources of the electromagnetic field.
rk Maxwell in 1873, is the physics of the electromagnetic field; a field encompassing all of space
Electromagnetic fields can be generated by AC or DC curre
Electromagnetic fields do not appear to be a cause despit
is a scientific instrument for measuring electromagnetic fields (abbreviated as EMF).
The treatment above does not hold for electromagnetic fields that are not radiating, such as fo
also known as remote plasma, the external electromagnetic fields that sustained the plasma glow are
scribe the scalar or vector potential for electromagnetic fields of a time-varying current or charg
Since electromagnetic fields contribute only a traceless term t
gents, and was also badly affected by the electromagnetic fields of TVs, radios and even human bein
esearch labs (like those in Geneva) where electromagnetic fields can cause havoc with the timing of
Tretyakov, Excitation of the Real-Valued Electromagnetic Fields in a Cavity by a Given Transient S
As most electromagnetic fields encountered in everyday situation
on (oscillating dipoles...) and the local electromagnetic fields are the same for all molecules.
he hidden dimensions; the size of various electromagnetic fields and their generalizations; the val
gravity anomalies, geomagnetic fields and electromagnetic fields in terms of properties in the deep
ion of cavity perturbation theory is that electromagnetic fields inside the cavity after the change
a general shape of the cavity is changed, electromagnetic fields inside the cavity change according
aised suspicions of a causal link between electromagnetic fields and leukemia, brain tumors, breast
She is able to manipulate electromagnetic fields, project electromagnetic energy, a
et's magnetosphere, magnetosphere itself, electromagnetic fields, charged particles emissions, char
An EMF meter can measure AC electromagnetic fields, which are usually emitted from ma
uum structure in cosmology and media with electromagnetic fields, particle production, interrelatio
nitiation by currents induced by external electromagnetic fields.
magnetic flow meter, also technically an electromagnetic flow meter or more commonly just called a
Jansky (symbol "Jy"), a non-SI unit of electromagnetic flux, named after Karl Guthe Jansky
Although any electromagnetic force could be used to counteract gravity
disclose to the public other ways to use electromagnetic force to transmit messages, and the other
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
lative strengths of the strong, weak, and electromagnetic forces, and in 1991 LEP determined that s
he four forces of nature-the weak and the electromagnetic forces-under the same set of equations.
It was an early kind of hydrophone, using electromagnetic forces; similar in operating principle to
oduction, and measurements of the neutron electromagnetic form factors.
Electromagnetic forming (EM forming or magneforming) is a
itz and Heinz London, who showed that the electromagnetic free energy in a superconductor is minimi
The electromagnetic frequencies are converted by the direct i
Electromagnetic Geoservices ASA (OSE: EMGS) or EMGS is a
His contributions to the development of electromagnetic gun technology were recognized in 1988 wh
His graduate work on electromagnetic guns became the foundation for the ongoin
e strength of Leo J. Wahl's patent for an electromagnetic hair clipper in 1919.
an impedance (see Acoustic impedance and Electromagnetic impedance).
the processing of topologically modulated electromagnetic impulses that differ from each other in t
It is also called electromagnetic induction tomography, electromagnetic tom
or a rigorous mathematical treatment, see electromagnetic induction and Maxwell's equations.
on welding is a form of welding that uses electromagnetic induction to heat the workpiece.
lds, except that their origin is based on electromagnetic induction i.e. time varying magnetic fiel
Their system worked through electromagnetic induction, adding a free positioning indu
The physical principle at work is electromagnetic induction.
lting metal under vacuum conditions using electromagnetic induction.
current within a nearby conductor through electromagnetic induction.
the relationship between the two, namely electromagnetic induction.
building on his own landmark discovery of electromagnetic induction.
induced (emf) and current resulting from electromagnetic induction.
Electromagnetic instability in Plasmas, Physics of Plasma
his definition may also be used for other electromagnetic interacting particles beyond leptons and
n two of the four fundamental forces, the electromagnetic interaction and the strong interaction.
bers, charm is preserved under strong and electromagnetic interaction, but not under weak interacti
, which characterizes the strength of the electromagnetic interaction, is dimensionless.
cance: it ensures the universality of the electromagnetic interaction."
ss is conserved during the strong and the electromagnetic interactions, but not during the weak int
bottomness is preserved under strong and electromagnetic interactions, but not under weak interact
c charge determines the strength of their electromagnetic interactions.
re constant, a measure of the strength of electromagnetic interactions.
STD-461E, REQUIREMENTS FOR THE CONTROL OF ELECTROMAGNETIC INTERFERENCE CHARACTERISTICS OF SUBSYSTEM
ower lines of electrical equipment during electromagnetic interference testing.
designed to allow for measurements of the electromagnetic interference existing on the power line.
heaply improve the system's tolerance for electromagnetic interference by reducing the need for har
In 2003, BMW tested levels of electromagnetic interference on then-upcoming 2004 models
cluding radiation from exhaust trails and electromagnetic interference from the engine.
e The Fall of TWA 800: The Possibility of Electromagnetic Interference which appeared in The New Yo
om most scientists or engineers - is that electromagnetic interference from a P-3 Orion aircraft ma
rash, that of EgyptAir 990, was caused by electromagnetic interference of the type that could resul
munications, desensitization is a form of electromagnetic interference where a radio receiver is un
incident is particularly notable for the electromagnetic interference effects observed upon aircra
fiber (also known as nickel filament, for electromagnetic interference shielding) and conformable t
atile gases, deterioration of sensors and electromagnetic interference" at the launch site.
Fluorescent lights, a source of electromagnetic interference, were not permitted.
e often shielded in an attempt to prevent electromagnetic interference.
ical composition under a specific kind of electromagnetic irradiation (usually a single wavelength
than a conventional rocket unassisted by electromagnetic launch, and a vehicle with high available

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