「electromagnetic」の共起表現一覧(1語右で並び替え)
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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, |
The Laboratory for | Electromagnetic and Electronic Systems (LEES) at the Mass |
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 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 |
hey are often divided into two types: the | electromagnetic calorimeter that specializes in absorbing |
ift chambers, a time-of-flight system, an | electromagnetic calorimeter and a muon chamber system. |
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 |
ss is induced directly into the charge by | electromagnetic coils, ASEA managed to create a new techn |
They consist of two | electromagnetic coils, the transmitter and receiver coils |
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 |
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 |
ch have been specially shielded to lessen | electromagnetic emissions reducing susceptibility to TEMP |
Celliant has been shown to interact with | electromagnetic emssions (e.g. |
an emerging exploration method that uses | electromagnetic energy to detect resistive bodies - inclu |
nal is the Journal of Microwave Power and | Electromagnetic Energy |
at there was disturbance in the amount of | electromagnetic energy being received on the BBC's wavele |
3. gamma radiation - the emission of | electromagnetic energy (such as X-rays) from the nucleus |
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 |
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 |
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 |
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 |
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 |
etric tensor and the antisymmetric to the | electromagnetic field tensor. |
slo he has also studied properties of the | electromagnetic field produced by accelerated electric ch |
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 |
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 |
He has fundamental contributions to | electromagnetic field analysis. |
cteristics are described by the quantised | electromagnetic field and quantum mechanics. |
Quantum effects of the light's | electromagnetic field can be observed. |
It combines an | electromagnetic field solver with circuit and transmissio |
, citing the physiological effects of the | electromagnetic field from transmission lines. |
f some nongravitational field (such as an | electromagnetic field). |
Manticore was still alive, thanks to the | electromagnetic field, so she attempted to finish things |
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 |
the energy-momentum tensor represents an | electromagnetic field, a Killing vector field does not ne |
xwell publishes A Dynamical Theory of 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. |
analog of the vector potential A for the | electromagnetic field. |
, functions as a concentrator of incoming | electromagnetic field. |
portion to the current carried due to the | electromagnetic field. |
t wave is a coherent state of the quantum | electromagnetic field. |
ents: solar energy, photosynthesis and an | electromagnetic field. |
like charged particles are sources of the | electromagnetic field. |
bserved when it interacts with a coherent | electromagnetic field. |
unt for the coupling between them and the | electromagnetic field. |
rk Maxwell in 1873, is the physics of the | electromagnetic field; a field encompassing all of space |
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 |
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 |
aised suspicions of a causal link between | electromagnetic fields and leukemia, brain tumors, breast |
also known as remote plasma, the external | electromagnetic fields that sustained the plasma glow are |
Electromagnetic fields can be generated by AC or DC curre | |
Electromagnetic fields do not appear to be a cause despit | |
scribe the scalar or vector potential for | electromagnetic fields of a time-varying current or charg |
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 |
disclose to the public other ways to use | electromagnetic force to transmit messages, and the other |
Although any | electromagnetic force could be used to counteract gravity |
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 |
or a rigorous mathematical treatment, see | electromagnetic induction and Maxwell's equations. |
lds, except that their origin is based on | electromagnetic induction i.e. time varying magnetic fiel |
on welding is a form of welding that uses | electromagnetic induction to heat the workpiece. |
It is also called | electromagnetic induction tomography, electromagnetic tom |
Their system worked through | electromagnetic induction, adding a free positioning indu |
lting metal under vacuum conditions using | electromagnetic induction. |
building on his own landmark discovery of | electromagnetic induction. |
induced (emf) and current resulting from | electromagnetic induction. |
current within a nearby conductor through | electromagnetic induction. |
The physical principle at work is | electromagnetic induction. |
the relationship between the two, namely | 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. |
, which characterizes the strength of the | electromagnetic interaction, is dimensionless. |
bers, charm is preserved under strong and | electromagnetic interaction, but not under weak interacti |
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. |
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 |
heaply improve the system's tolerance for | electromagnetic interference by reducing the need for har |
fiber (also known as nickel filament, for | electromagnetic interference shielding) and conformable t |
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 |
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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