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1 Maxwell equations
1) Техника: уравнения Максвелла2) Макаров: уравнение Максвелла -
2 Maxwell equations
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3 Maxwell equations
English-Russian dictionary of telecommunications and their abbreviations > Maxwell equations
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4 Maxwell equations
уравнения МаксвеллаEnglish-Russian dictionary of technical terms > Maxwell equations
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5 maxwell equations
English-Russian dictionary of microelectronics > maxwell equations
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6 Maxwell equations
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7 Maxwell equations
English-Russian small dictionary of medicine > Maxwell equations
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8 Maxwell's equations
Большой англо-русский и русско-английский словарь > Maxwell's equations
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9 Maxwell's equations
Англо-русский словарь технических терминов > Maxwell's equations
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10 Maxwell's equations
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11 Maxwell's equations
English-Russian electronics dictionary > Maxwell's equations
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12 Maxwell's equations
The New English-Russian Dictionary of Radio-electronics > Maxwell's equations
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13 generalized Maxwell-Bloch equations
English-russian dictionary of physics > generalized Maxwell-Bloch equations
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14 electromagnetic field
электромагнитное поле
Вид материи, определяемый во всех точках двумя векторными величинами, которые характеризуют две его стороны, называемые «электрическое поле» и «магнитное поле», оказывающий силовое воздействие на электрически заряженные частицы, зависящее от их скорости и электрического заряда.
[ ГОСТ Р 52002-2003]EN
electromagnetic field
field, determined by a set of four interrelated vector quantities, that characterizes, together with the electric current density and the volumic electric charge, the electric and magnetic conditions of a material medium or of vacuum
NOTE 1 – The four interrelated vector quantities, which obey Maxwell equations, are by convention:
– the electric field strength E,
– the electric flux density D,
– the magnetic field strength H,
– the magnetic flux density B.
NOTE 2 – This definition of electromagnetic field is valid in so far as certain quantum aspects of electromagnetic phenomena can be neglected.
Source: from 705-01-07
[IEV number 121-11-61]FR
champ électromagnétique, m
champ, déterminé par un ensemble de quatre grandeurs vectorielles reliées entre elles, qui caractérise, avec la densité de courant électrique et la charge électrique volumique, les états électrique et magnétique d'un milieu matériel ou du vide
NOTE 1 – Les quatre grandeurs vectorielles reliées entre elles, qui vérifient les équations de Maxwell, sont par convention:
– le champ électrique E,
– l'induction électrique D,
– le champ magnétique H,
– l'induction magnétique B.
NOTE 2 – Cette définition du champ électromagnétique est valable dans la mesure où certains des aspects quantiques des phénomènes électromagnétiques peuvent être négligés.
Source: d'après 705-01-07
[IEV number 121-11-61]Тематики
- электротехника, основные понятия
EN
DE
FR
Англо-русский словарь нормативно-технической терминологии > electromagnetic field
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15 equation
- continuity equation
- current density equation
- electric state equation
- electromagnetic balance equation
- Heaviside equation
- Kalman filter equation
- Maxwell equations
- phase balance equation
- phenomenological equation
- Poisson equation
- state equation
- statistic balance equation
- transmission equations
- Vessel-Jacobi equation
- watch equationEnglish-Russian dictionary of telecommunications and their abbreviations > equation
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16 inductive current
индуктивный ток
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[Я.Н.Лугинский, М.С.Фези-Жилинская, Ю.С.Кабиров. Англо-русский словарь по электротехнике и электроэнергетике, Москва, 1999 г.]Тематики
- электротехника, основные понятия
EN
индукционный ток
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[Интент]Параллельные тексты EN-RU из ABB Review. Перевод компании Интент
Though fundamentally based on the physics of electromagnetism, the existing technology had to be cleverly manipulated so it could be applied in an industrial setup. The system now in place in the factory can solve complicated Maxwell equations in a matter of milliseconds! High-precision electronics measure signals with a high degree of accuracy and within a time stability frame of picoseconds! A successful system depended on understanding the effects of induced currents in thin metal strips, and this was acquired through extensive laboratory work.Данная технология, основанная на физике электромагнитных полей, была искусно применена в сфере производства, и теперь установленная на фабрике система может решать сложные уравнения Максвелла в считанные миллисекунды! Прецизионная электроника измеряет сигналы с высокой точностью и обеспечивает стабильность по времени в несколько пикосекунд! Успешная работа системы опирается на глубокое понимание характера индукционных токов в тонких металлических пластинах, которое достигнуто в результате кропотливых лабораторных исследований.Тематики
- электротехника, основные понятия
EN
Англо-русский словарь нормативно-технической терминологии > inductive current
17 induced current
индукционный ток
—
[Интент]Параллельные тексты EN-RU из ABB Review. Перевод компании Интент
Though fundamentally based on the physics of electromagnetism, the existing technology had to be cleverly manipulated so it could be applied in an industrial setup. The system now in place in the factory can solve complicated Maxwell equations in a matter of milliseconds! High-precision electronics measure signals with a high degree of accuracy and within a time stability frame of picoseconds! A successful system depended on understanding the effects of induced currents in thin metal strips, and this was acquired through extensive laboratory work.Данная технология, основанная на физике электромагнитных полей, была искусно применена в сфере производства, и теперь установленная на фабрике система может решать сложные уравнения Максвелла в считанные миллисекунды! Прецизионная электроника измеряет сигналы с высокой точностью и обеспечивает стабильность по времени в несколько пикосекунд! Успешная работа системы опирается на глубокое понимание характера индукционных токов в тонких металлических пластинах, которое достигнуто в результате кропотливых лабораторных исследований.Тематики
- электротехника, основные понятия
EN
наведенный ток
Ток, возникающий в отключенных и заземленных линиях в результате емкостного и индуктивного взаимодействия с соседними линиями, находящимися под напряжением
[ ГОСТ Р 52726-2007]Тематики
- высоковольтный аппарат, оборудование...
EN
Англо-русский словарь нормативно-технической терминологии > induced current
18 induction current
индукционный ток
—
[Интент]Параллельные тексты EN-RU из ABB Review. Перевод компании Интент
Though fundamentally based on the physics of electromagnetism, the existing technology had to be cleverly manipulated so it could be applied in an industrial setup. The system now in place in the factory can solve complicated Maxwell equations in a matter of milliseconds! High-precision electronics measure signals with a high degree of accuracy and within a time stability frame of picoseconds! A successful system depended on understanding the effects of induced currents in thin metal strips, and this was acquired through extensive laboratory work.Данная технология, основанная на физике электромагнитных полей, была искусно применена в сфере производства, и теперь установленная на фабрике система может решать сложные уравнения Максвелла в считанные миллисекунды! Прецизионная электроника измеряет сигналы с высокой точностью и обеспечивает стабильность по времени в несколько пикосекунд! Успешная работа системы опирается на глубокое понимание характера индукционных токов в тонких металлических пластинах, которое достигнуто в результате кропотливых лабораторных исследований.Тематики
- электротехника, основные понятия
EN
экстраток размыкания
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[Л.Г.Суменко. Англо-русский словарь по информационным технологиям. М.: ГП ЦНИИС, 2003.]Тематики
EN
Англо-русский словарь нормативно-технической терминологии > induction current
19 equation
уравнение; формула; равенствоequation in body axesequation of continuityequation of motionequation of stateacceleration equationadjoint equationaerodynamic equations of motionaeroelastic equation of motionaircraft equation of motionairframe equation of motionattitude equation of motionbeam equationBernoulli's equationblade equationblade equation of motionblade pitch equationboundary layer equationBreguet range equationBurgers's equationcharacteristic equationclimbing equationclosed-loop equationcompatibility equationcompressible equationcomputational fluid dynamics equationconical equationconstitutive equationsconstrained-attitude equationconstraint equationcontinuity equationcontrol law equationconvection equationcoupled equations of motioncycle trade-off equationdamage equationdifference equationdifferential equationdiffusion equationdiscretized equationdrag equationDuffing's equationdynamic equation of motiondynamical equationedgewise equationeigenvalue equationendurance equationenergy equationequilibrium equationestimation equationEuler equationEuler angle kinematical equationsEuler parameter equationsEuler-Bernoulli equationEuler's equationEulerian equationsfilter equationflap equationflap-lag equations of motionflapping equationflatwise equationflight path equationfluid dynamic equationflutter equationforce equationfoundation equationfrequency equationfuel flow equationfuel system equationfull Navier-Stokes equationsfull-potential equationgasdynamic equationgeneralized Breguet range equationgoverning equationgrid generation equationsguidance equationHamilton's canonical equationsharmonic balance equationheat conduction equationHelmholtz equationHill's equationhomogeneous equationinertial reference equationintegrator equationKane's equationkinematic equationkinematical equationlag equationLagrange equationLagrange's equationLagrangian equationLame's equationlanding distance equationLaplace equationlateral equationlateral state equationlateral-directional equationlead-lag equationLegendre's equationlevel-flight equationlift equationload displacement equationload-deflection equationlongitudinal equationlongitudinal state equationlongitudinal-trim equationlow Mach number equationlow Mach number Euler equationLyapunov equationmass-averaged Navier-Stokes equationsMathieu equationmatrix equationmaximum endurance equationMaxwell equationmoment equationmomentum equationMooney-Rivlin equationNavier-Stokes equationNewtonian equationnonlevel-flight equationobserver equationoutput equationparabolized Navier-Stokes equationparasite drag equationpartial differential equationpartially parabolized Navier-Stokes equationsperiodic coefficient equationperturbation equationperturbational equation of motionpiston-prop equationpitching-moment equationplate equationpoint mass equation of motionPoisson equationpolar equationPossio equationpower equationPrandtl-Glauert equationpremaneuver equation of motionquaternion equationradar-range equationrange equationRankine-Hugoniot equationsRCS equationreduced equation of motionreduced Navier-Stokes equationsReynolds equationReynolds-averaged equationRiccati equationrigid body dynamic equationRNS equationsroll equationrotating equationrotating frame equationrotational equationrotor equations of motionSanders equationscalar equationsensitivity equationsix-degree-of-freedom equations of motionsliding mode equationsmall-disturbance equationsmall-perturbation equationSouthwell's equationstability equationstate equationstate-space equationstress equationstructural equation of motionstructural-dynamic equationSturm-Liouville equationsurvivability equationSylvester's equationthree dimensional Navier-Stokes equationsthree-degrees-of-freedom equation of motiontorsion equationtransformation equationtranslational equationtransport equationtrim equationturbulent Navier-Stokes equationsuncoupled equations of motionvector equationvibration equationvon Karman equationsvon Karman integral momentum equationweight balance equation20 equation
1) уравнивание; выравнивание2) уравнение3) равенство•equationsoluble by radicals — уравнение, разрешимое в радикалахequation of the first degree — уравнение первой степени, линейное уравнениеequation of the second degree — уравнение второй степени, квадратное уравнение-
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axial momentum equation
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balance equation
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binomial equation
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Boolean equation
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canonical equation
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dynamic system equations
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loop-current equation
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magnetic field integral equations
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Manning equation
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matrix equation
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Maxwell's equations
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mesh-current equation
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minority carrier diffusion equation
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momental equation
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momentum conservation equation
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momentum equation
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Napier's equation
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natural equation
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neutron-balance equation
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neutron-kinetics equation
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nodal-voltage equation
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nonhomogeneous equation
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nonlinear equation
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normal equation
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numerical equation
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operator equation
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ordinary differential equation
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overall equation
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parabolic equation
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parametric equation
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prognostic equation
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propagation equation
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quadratic equation
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quantity equation
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quartic equation
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quintic equation
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radar equation
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radar range equation
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radiative transfer equation
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radical equation
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rationalized equation
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reduced equation
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regression equation
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relaxation equation
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reorbit equation
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resonance equation
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retarded equation
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Reynolds equation
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rosette equations
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scalar equation
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secular equation
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separated-type equation
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sextic equation
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shallow-water equation
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simultaneous equations
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sintering equation
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solubility equation
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sonar equation
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storage equation
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stress equation of motion
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stress equilibrium equation
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surface integral equation
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temperature variance equation
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thermal conductivity equation
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thermal noise equation
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thermal-transport equation
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three-halves power equation
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three-moment equation
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total differential equation
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transcedental equation
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transport equation
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transverse momentum equation
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trigonometrical equation
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trigonometric equation
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uplink equation
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Van der Waals equation
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variational equation
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water-balance equation
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wave equation
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wear equation
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Wiener-Hopf equation
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WLF equation
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working equationСтраницы- 1
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См. также в других словарях:
maxwell — [ makswɛl ] n. m. • 1900; de Maxwell, physicien britannique ♦ Phys. Unité de mesure de flux magnétique (symb. M) du système C. G. S., valant 10 8 weber. Maxwell n. m. PHYS Unité de flux magnétique du système électromagnétique C.G.S., de symbole… … Encyclopédie Universelle
Maxwell's equations — For thermodynamic relations, see Maxwell relations. Electromagnetism … Wikipedia
Maxwell's equations — Four equations, formulated by James Clerk Maxwell, that together form a complete description of the production and interrelation of electric and magnetic fields. The statements of these four equations are (1) electric field diverges from electric … Universalium
Equations de Maxwell — Équations de Maxwell Ne doit pas être confondu avec Relations de Maxwell. Les équations de Maxwell, aussi appelées équations de Maxwell Lorentz, sont des lois fondamentales de la physique. Elles constituent les postulats de base de l… … Wikipédia en Français
Maxwell-Faraday — Équations de Maxwell Ne doit pas être confondu avec Relations de Maxwell. Les équations de Maxwell, aussi appelées équations de Maxwell Lorentz, sont des lois fondamentales de la physique. Elles constituent les postulats de base de l… … Wikipédia en Français
Équations de Maxwell pour les nuls — Équations de Maxwell Ne doit pas être confondu avec Relations de Maxwell. Les équations de Maxwell, aussi appelées équations de Maxwell Lorentz, sont des lois fondamentales de la physique. Elles constituent les postulats de base de l… … Wikipédia en Français
Équations de maxwell — Ne doit pas être confondu avec Relations de Maxwell. Les équations de Maxwell, aussi appelées équations de Maxwell Lorentz, sont des lois fondamentales de la physique. Elles constituent les postulats de base de l électromagnétisme, avec l… … Wikipédia en Français
Équations des ondes électromagnétiques — Équations de Maxwell Ne doit pas être confondu avec Relations de Maxwell. Les équations de Maxwell, aussi appelées équations de Maxwell Lorentz, sont des lois fondamentales de la physique. Elles constituent les postulats de base de l… … Wikipédia en Français
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