-
1 surface element vector
Макаров: вектор площадиУниверсальный англо-русский словарь > surface element vector
-
2 surface element vector
English-russian dictionary of physics > surface element vector
-
3 courant de conduction
ток проводимости
Явление направленного движения свободных носителей электрического заряда в веществе или в пустоте, количественно характеризуемое скалярной величиной, равной производной по времени от электрического заряда, переносимого свободными носителями заряда сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
(electric) current
(conduction) current
scalar quantity equal to the flux of the electric current density J through a given directed surface S:
where endA is the vector surface element
NOTE 1 – The electric current through a surface is equal to the limit of the quotient of the electric charge transferred through that surface during a time interval by the duration of this interval when this duration tends to zero.
NOTE 2 – For charge carriers confined to a surface, the electric current is defined through a curve of this surface (see the note to term “lineic electric current”).
[IEV number 121-11-13]FR
courant (électrique), m
courant (de conduction), m
grandeur scalaire égale au flux de la densité de courant électrique J à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
NOTE 1 – Le courant électrique à travers une surface est égal à la limite du quotient de la charge électrique traversant cette surface pendant un intervalle de temps par la durée de cet intervalle lorsque cette durée tend vers zéro.
NOTE 2 – Pour des porteurs de charge confinés sur une surface, le courant électrique est défini à travers une courbe de cette surface (voir la note au terme "densité linéique de courant").
[IEV number 121-11-13]Тематики
- электротехника, основные понятия
Синонимы
EN
DE
- (elektrische) Stromstärke
- Leitungsstromstärke
- Stromstärke, (elektrische)
FR
Франко-русский словарь нормативно-технической терминологии > courant de conduction
-
4 (elektrische) Stromstärke
ток проводимости
Явление направленного движения свободных носителей электрического заряда в веществе или в пустоте, количественно характеризуемое скалярной величиной, равной производной по времени от электрического заряда, переносимого свободными носителями заряда сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
(electric) current
(conduction) current
scalar quantity equal to the flux of the electric current density J through a given directed surface S:
where endA is the vector surface element
NOTE 1 – The electric current through a surface is equal to the limit of the quotient of the electric charge transferred through that surface during a time interval by the duration of this interval when this duration tends to zero.
NOTE 2 – For charge carriers confined to a surface, the electric current is defined through a curve of this surface (see the note to term “lineic electric current”).
[IEV number 121-11-13]FR
courant (électrique), m
courant (de conduction), m
grandeur scalaire égale au flux de la densité de courant électrique J à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
NOTE 1 – Le courant électrique à travers une surface est égal à la limite du quotient de la charge électrique traversant cette surface pendant un intervalle de temps par la durée de cet intervalle lorsque cette durée tend vers zéro.
NOTE 2 – Pour des porteurs de charge confinés sur une surface, le courant électrique est défini à travers une courbe de cette surface (voir la note au terme "densité linéique de courant").
[IEV number 121-11-13]Тематики
- электротехника, основные понятия
Синонимы
EN
DE
- (elektrische) Stromstärke
- Leitungsstromstärke
- Stromstärke, (elektrische)
FR
Немецко-русский словарь нормативно-технической терминологии > (elektrische) Stromstärke
-
5 Leitungsstromstärke
ток проводимости
Явление направленного движения свободных носителей электрического заряда в веществе или в пустоте, количественно характеризуемое скалярной величиной, равной производной по времени от электрического заряда, переносимого свободными носителями заряда сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
(electric) current
(conduction) current
scalar quantity equal to the flux of the electric current density J through a given directed surface S:
where endA is the vector surface element
NOTE 1 – The electric current through a surface is equal to the limit of the quotient of the electric charge transferred through that surface during a time interval by the duration of this interval when this duration tends to zero.
NOTE 2 – For charge carriers confined to a surface, the electric current is defined through a curve of this surface (see the note to term “lineic electric current”).
[IEV number 121-11-13]FR
courant (électrique), m
courant (de conduction), m
grandeur scalaire égale au flux de la densité de courant électrique J à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
NOTE 1 – Le courant électrique à travers une surface est égal à la limite du quotient de la charge électrique traversant cette surface pendant un intervalle de temps par la durée de cet intervalle lorsque cette durée tend vers zéro.
NOTE 2 – Pour des porteurs de charge confinés sur une surface, le courant électrique est défini à travers une courbe de cette surface (voir la note au terme "densité linéique de courant").
[IEV number 121-11-13]Тематики
- электротехника, основные понятия
Синонимы
EN
DE
- (elektrische) Stromstärke
- Leitungsstromstärke
- Stromstärke, (elektrische)
FR
Немецко-русский словарь нормативно-технической терминологии > Leitungsstromstärke
-
6 Stromstärke, (elektrische)
ток проводимости
Явление направленного движения свободных носителей электрического заряда в веществе или в пустоте, количественно характеризуемое скалярной величиной, равной производной по времени от электрического заряда, переносимого свободными носителями заряда сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
(electric) current
(conduction) current
scalar quantity equal to the flux of the electric current density J through a given directed surface S:
where endA is the vector surface element
NOTE 1 – The electric current through a surface is equal to the limit of the quotient of the electric charge transferred through that surface during a time interval by the duration of this interval when this duration tends to zero.
NOTE 2 – For charge carriers confined to a surface, the electric current is defined through a curve of this surface (see the note to term “lineic electric current”).
[IEV number 121-11-13]FR
courant (électrique), m
courant (de conduction), m
grandeur scalaire égale au flux de la densité de courant électrique J à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
NOTE 1 – Le courant électrique à travers une surface est égal à la limite du quotient de la charge électrique traversant cette surface pendant un intervalle de temps par la durée de cet intervalle lorsque cette durée tend vers zéro.
NOTE 2 – Pour des porteurs de charge confinés sur une surface, le courant électrique est défini à travers une courbe de cette surface (voir la note au terme "densité linéique de courant").
[IEV number 121-11-13]Тематики
- электротехника, основные понятия
Синонимы
EN
DE
- (elektrische) Stromstärke
- Leitungsstromstärke
- Stromstärke, (elektrische)
FR
Немецко-русский словарь нормативно-технической терминологии > Stromstärke, (elektrische)
-
7 conduction current
ток проводимости
Явление направленного движения свободных носителей электрического заряда в веществе или в пустоте, количественно характеризуемое скалярной величиной, равной производной по времени от электрического заряда, переносимого свободными носителями заряда сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
(electric) current
(conduction) current
scalar quantity equal to the flux of the electric current density J through a given directed surface S:
where endA is the vector surface element
NOTE 1 – The electric current through a surface is equal to the limit of the quotient of the electric charge transferred through that surface during a time interval by the duration of this interval when this duration tends to zero.
NOTE 2 – For charge carriers confined to a surface, the electric current is defined through a curve of this surface (see the note to term “lineic electric current”).
[IEV number 121-11-13]FR
courant (électrique), m
courant (de conduction), m
grandeur scalaire égale au flux de la densité de courant électrique J à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
NOTE 1 – Le courant électrique à travers une surface est égal à la limite du quotient de la charge électrique traversant cette surface pendant un intervalle de temps par la durée de cet intervalle lorsque cette durée tend vers zéro.
NOTE 2 – Pour des porteurs de charge confinés sur une surface, le courant électrique est défini à travers une courbe de cette surface (voir la note au terme "densité linéique de courant").
[IEV number 121-11-13]Тематики
- электротехника, основные понятия
Синонимы
EN
DE
- (elektrische) Stromstärke
- Leitungsstromstärke
- Stromstärke, (elektrische)
FR
Англо-русский словарь нормативно-технической терминологии > conduction current
-
8 courant électrique total
ток
Скалярная величина, равная сумме электрического тока проводимости, электрического тока переноса и электрического тока смещения сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
total electric current
scalar quantity given by the flux of the total current density Jt through a given directed surface S:
where endA is the vector surface element
NOTE – The total electric current It is given by
It = I + ID
where I is the electric current and ID the displacement current.
[IEV number 121-11-45]FR
courant électrique total, m
grandeur scalaire égale au flux de la densité de courant total Jt à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
NOTE – Le courant électrique total It est donné par
It = I + ID
où I est le courant électrique et ID le courant de déplacement.
[IEV number 121-11-45]Тематики
- электротехника, основные понятия
Действия
- включать ток
- длительно пропускать ток
- коммутировать ток
- ограничивать ток
- отключать ток
- потреблять ток
- проводить ток
- пропускать ток
Синонимы
EN
DE
FR
Франко-русский словарь нормативно-технической терминологии > courant électrique total
-
9 courant de déplacement
ток смещения
Совокупность электрического тока смещения в пустоте и электрического тока поляризации, количественно характеризуемая скалярной величиной, равной производной по времени от потока электрического смещения сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
displacement current
scalar quantity equal to the flux of the displacement current density JD through a given directed surface S:
where endA is the vector surface element
[IEV number 121-11-43]FR
courant de déplacement, m
grandeur scalaire égale au flux de la densité de courant de déplacement JD à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
[IEV number 121-11-43]Тематики
- электротехника, основные понятия
Синонимы
EN
DE
FR
Франко-русский словарь нормативно-технической терминологии > courant de déplacement
-
10 Gesamtstromstärke
ток
Скалярная величина, равная сумме электрического тока проводимости, электрического тока переноса и электрического тока смещения сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
total electric current
scalar quantity given by the flux of the total current density Jt through a given directed surface S:
where endA is the vector surface element
NOTE – The total electric current It is given by
It = I + ID
where I is the electric current and ID the displacement current.
[IEV number 121-11-45]FR
courant électrique total, m
grandeur scalaire égale au flux de la densité de courant total Jt à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
NOTE – Le courant électrique total It est donné par
It = I + ID
où I est le courant électrique et ID le courant de déplacement.
[IEV number 121-11-45]Тематики
- электротехника, основные понятия
Действия
- включать ток
- длительно пропускать ток
- коммутировать ток
- ограничивать ток
- отключать ток
- потреблять ток
- проводить ток
- пропускать ток
Синонимы
EN
DE
FR
Немецко-русский словарь нормативно-технической терминологии > Gesamtstromstärke
-
11 Verschiebungsstromstärke
ток смещения
Совокупность электрического тока смещения в пустоте и электрического тока поляризации, количественно характеризуемая скалярной величиной, равной производной по времени от потока электрического смещения сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
displacement current
scalar quantity equal to the flux of the displacement current density JD through a given directed surface S:
where endA is the vector surface element
[IEV number 121-11-43]FR
courant de déplacement, m
grandeur scalaire égale au flux de la densité de courant de déplacement JD à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
[IEV number 121-11-43]Тематики
- электротехника, основные понятия
Синонимы
EN
DE
FR
Немецко-русский словарь нормативно-технической терминологии > Verschiebungsstromstärke
-
12 total electric current
ток
Скалярная величина, равная сумме электрического тока проводимости, электрического тока переноса и электрического тока смещения сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
total electric current
scalar quantity given by the flux of the total current density Jt through a given directed surface S:
where endA is the vector surface element
NOTE – The total electric current It is given by
It = I + ID
where I is the electric current and ID the displacement current.
[IEV number 121-11-45]FR
courant électrique total, m
grandeur scalaire égale au flux de la densité de courant total Jt à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
NOTE – Le courant électrique total It est donné par
It = I + ID
où I est le courant électrique et ID le courant de déplacement.
[IEV number 121-11-45]Тематики
- электротехника, основные понятия
Действия
- включать ток
- длительно пропускать ток
- коммутировать ток
- ограничивать ток
- отключать ток
- потреблять ток
- проводить ток
- пропускать ток
Синонимы
EN
DE
FR
Англо-русский словарь нормативно-технической терминологии > total electric current
-
13 displacement current
ток смещения
Совокупность электрического тока смещения в пустоте и электрического тока поляризации, количественно характеризуемая скалярной величиной, равной производной по времени от потока электрического смещения сквозь рассматриваемую поверхность.
[ ГОСТ Р 52002-2003]EN
displacement current
scalar quantity equal to the flux of the displacement current density JD through a given directed surface S:
where endA is the vector surface element
[IEV number 121-11-43]FR
courant de déplacement, m
grandeur scalaire égale au flux de la densité de courant de déplacement JD à travers une surface orientée donnée S:
où endA est l'élément vectoriel de surface
[IEV number 121-11-43]Тематики
- электротехника, основные понятия
Синонимы
EN
DE
FR
Англо-русский словарь нормативно-технической терминологии > displacement current
-
14 method
1) метод; приём; способ2) методика3) технология4) система•- accelerated strength testing method-
benching method-
bullhead well control method-
electrical-surveying method-
electromagnetic surveying method-
long-wire transmitter method-
operational method-
rule of thumb method-
straight flange method of rolling beams-
symbolical method-
tee-test method-
testing method-
triangulation method-
value-iteration method -
15 power
= pwr1) мощность2) вчт степень3) вчт показатель (степени), индекс || степенной4) опт. увеличение5) опт. оптическая сила6) мощность критерия ( в статистике); сила (напр. прогноза)7) способность; производительность8) мощный (напр. транзистор); силовой (напр. кабель); энергетический (напр. об установке)9) подводить энергию; снабжать энергией; питать10) кнопка включения (и-выключения) (электро)питания, кнопка "power" (напр. на передней панели компьютера) || нажимать кнопку включения (и-выключения) (электро)питания, нажимать кнопку "power"11) снабжать приводом (напр. электрическим); использовать двигатель || снабжённый приводом; использующий двигатель; механический•power actuated — снабжённый приводом; использующий двигатель; механический
power down — выключать (напр. прибор); автоматически отключать (электро)питание (напр. по команде микропроцессора)
- absolute thermoelectric powerpower up — включать (напр. прибор); автоматически включать (электро)питание (напр. по команде микропроцессора)
- absorbed power
- absorptive power
- acoustic power
- active power
- alternating-current power
- angular resolving power
- anode input power
- anode supply power
- antenna power
- antenna resolving power
- apparent power
- asymptotic power
- available power
- available noise power
- average speech power
- backscattered power
- burn-out power
- carrier power
- computer power
- computing power
- control power
- direct-current power
- dirty power
- dissipated power
- distortion power
- driving power - emissive power - equivalent radiated power
- excitation power
- explanatory power
- feedthrough power
- firing power
- flat leakage power
- forecasting power
- forward power
- forward-scattered power
- grid-driving power
- harmonic leakage power
- high power
- horse power
- in-band power
- incident power
- input power
- instantaneous power
- instantaneous acoustic power across a-surface element
- instantaneous acoustic power per unit area
- instantaneous echo power
- intermodulation-product power
- inversion power
- ionizing power
- leakage power
- lens power
- light-gathering power
- load circuit power
- long-time-average power
- magnifying power
- main power
- mean power
- minimum firing power
- modal power
- noise power
- noise-equivalent power
- noise-equivalent power at λ
- operating power
- out-of-band power
- output power
- passing-wave power
- peak power
- peak envelope power
- peak pulse power
- peak radar power
- penetrating power
- phasor power
- plate input power
- pulse power
- pump power
- pumping power
- radiated power
- radiation power
- rated power
- reactance power
- reactive power
- real power
- received power
- reduced power
- reflected power
- reflection power
- refractive power
- relative power
- resolving power
- returned power
- rotary power
- rotatory power
- scattered power
- scattering power
- short-time-average power
- sideband power
- signal power
- sound power
- specific power
- spillover power
- standard test-tone power
- stopping power
- thermal equivalent power
- thermoelectric power
- threshold power
- vector power
- wattless power -
16 power
1) мощность2) вчт. степень3) вчт. показатель (степени), индекс || степенной4) опт. увеличение5) опт. оптическая сила6) мощность критерия ( в статистике); сила (напр. прогноза)7) способность; производительность8) мощный (напр. транзистор); силовой (напр. кабель); энергетический (напр. об установке)9) подводить энергию; снабжать энергией; питать10) кнопка включения (и выключения) (электро)питания, кнопка "power" (напр. на передней панели компьютера) || нажимать кнопку включения (и выключения) (электро)питания, нажимать кнопку "power"11) снабжать приводом (напр. электрическим); использовать двигатель || снабжённый приводом; использующий двигатель; механический•power actuated — снабжённый приводом; использующий двигатель; механический
power down — выключать (напр. прибор); автоматически отключать (электро)питание (напр. по команде микропроцессора)
- absorbed powerpower up — включать (напр. прибор); автоматически включать (электро)питание (напр. по команде микропроцессора)
- absorptive power
- acoustic power
- active power
- alternating-current power
- angular resolving power
- anode input power
- anode supply power
- antenna power
- antenna resolving power
- apparent power
- asymptotic power
- available noise power
- available power
- average speech power
- backscattered power
- burn-out power
- carrier power
- computer power
- computing power
- control power
- direct-current power
- dirty power
- dissipated power
- distortion power
- driving power
- effective monopole radiated power
- effective radiated power
- emissive power
- equivalent isotropic radiator power
- equivalent noise power
- equivalent radiated power
- excitation power
- explanatory power
- feedthrough power
- firing power
- flat leakage power
- forecasting power
- forward power
- forward-scattered power
- grid-driving power
- harmonic leakage power
- high power
- horse power
- in-band power
- incident power
- input power
- instantaneous acoustic power across a surface element
- instantaneous acoustic power per unit area
- instantaneous echo power
- instantaneous power
- intermodulation-product power
- inversion power
- ionizing power
- leakage power
- lens power
- light-gathering power
- load circuit power
- long-time-average power
- magnifying power
- main power
- mean power
- minimum firing power
- modal power
- noise power
- noise-equivalent power at λ
- noise-equivalent power
- operating power
- out-of-band power
- output power
- passing-wave power
- peak envelope power
- peak power
- peak pulse power
- peak radar power
- penetrating power
- phasor power
- plate input power
- power good
- power ocay
- power of test
- pulse power
- pump power
- pumping power
- radiated power
- radiation power
- rated power
- reactance power
- reactive power
- real power
- received power
- reduced power
- reflected power
- reflection power
- refractive power
- relative power
- resolving power
- returned power
- rotary power
- rotatory power
- scattered power
- scattering power
- short-time-average power
- sideband power
- signal power
- sound power
- specific power
- spillover power
- standard test-tone power
- stopping power
- thermal equivalent power
- thermoelectric power
- threshold power
- vector power
- wattless powerThe New English-Russian Dictionary of Radio-electronics > power
-
17 control
1) контроль
2) контрольный
3) обоснование
4) обосновывать
5) оперативный
6) регулировать
7) регулировочный орган
8) совладать
9) управление
10) управляемость
11) управляющий
12) штурвальный
13) регулировка
14) управлять
15) проверять
16) регулирование
17) инструкция
18) исполнительный
19) контролировать
20) проверка
21) проверочный
22) регулирующий
– absence of control
– air traffic control
– air-traffic control
– analysis is in control
– anticipatory control
– arc control device
– association control
– attenuation control
– attitude control
– automatic control
– autonomous control
– autothrottle control
– bang-bang control
– be in control
– be out of control
– bin control gate
– brightness control
– bucket tip control
– bulge control
– centralized control
– closed-cycle control
– complete control
– context control
– continuous control
– contrast control
– control accuracy
– control action
– control actuator
– control agent
– control air
– control algorithm
– control amplifier
– control and display
– control assembly
– control beam
– control bus
– control button
– control cabinet
– control cable
– control cam
– control center
– control channel
– control character
– control characteristic
– control circuit
– control code
– control column
– control combination
– control computer
– control crank
– control criterion
– control current
– control cylinder
– control data
– control desk
– control electrode
– control electronics
– control element
– control equipment
– control factor
– control flutter
– control force
– control function
– control gate
– control gear
– control graphitization
– control instruction
– control jet
– control joint
– control key
– control knob
– control lag
– control lever
– control limit
– control linkages
– control links
– control loop
– control magnet
– control means
– control mode
– control module
– control motor
– control of airplane
– control office
– control operation
– control panel
– control pedal
– control position
– control problem
– control pulse
– control range
– control reactor
– control register
– control relay
– control response
– control room
– control shaft
– control spin
– control statement
– control stick
– control surface
– control survey
– control switch
– control temperature
– control theory
– control track
– control transistor
– control unit
– control vector
– control voltage
– control weeds
– control winding
– control wiring
– corrosion control
– dash control
– data control
– derivative control
– digital control
– direct control
– distance control
– disturbance-compensating control
– dive-recovery control
– duplicate control
– dust control
– ease of control
– elevator control
– emergency control
– end-point control
– engine control
– environment control
– error control
– error-closing control
– exclusive control
– extension of control
– feed control
– feed-back control
– feedback control
– filament control
– fine control
– fire control
– flight control
– floating control
– flood control
– flow-rate control
– focus control
– frequency control
– front-panel control
– gain control
– ganged control
– geodetic control
– go out of control
– ground control
– gyrorudder control
– hand control
– headwater control
– height control
– hierarchical control
– in-process control
– independent control
– indirect control
– industrial control
– input-output control
– integral control
– interacting control
– intermittent control
– inventory control
– jet control
– job control language
– layout of control
– leather control
– level control
– linearity control
– load control
– local control
– lose control
– loss of control
– manual control
– master control
– meduim-access control
– meduim-access control
– mission control
– multicircuit control
– noise control
– numerical control
– off-line control
– on-line control
– on-off control
– open-loop control
– operating control
– optimal control
– optimization control
– out of control
– pass control
– path control
– path of control
– pedal control
– pest control
– phase control
– phase-lock control
– piano-key control
– plan control
– point of control
– point-to-point control
– power-assisted control
– product control
– program control
– programmed control
– proportional control
– proportional-plus-floating control
– push-button control
– pushbutton control
– quality control
– radio control
– ramp control
– reaction control
– recovery control
– regain control
– register control
– remotability of control
– remote control
– roll control
– rudder control
– run-off control
– sampled-data control
– segregate control
– selectivity control
– self-acting control
– sensitivity control
– servo control
– slide control
– slope control
– statistical control
– steering control
– supervisory control
– take control
– technical control
– temperature control
– throttle control
– tone control
– touch control
– traffic control
– tuning control
– vertical control
– vibration control
– voice-activated control
– volume control
aerodynamic control surface — руль управления аэродинамический
automatic control equipment — аппаратура автоматического управления
automatic frequency control — частотная АПЧ, автоматическая настройка частоты
automatic gain control — <tech.> регулировка усиления автоматическая
automatic remote control — <comput.> телеавтоматика
automatic voltage control — регулирование напряжения автоматическое
bang-bang control system — <comput.> система управления релейная
cancelling control button — < railways> кнопка отмены
centralized traffic control — < railways> централизация
conditional transfer of control — условная передача управления
control aisle of a substation — коридор управления подстанции
control in pitch of airplane — продольное управление самолетом
control point adjustment — настройка точки регулирования, <engin.> задатчик
control tower service — <aeron.> служба диспетчерская
coordinated phosphate control — коррекционная обработка воды
differential control method — дифференцированный метод контроля
dispatcher's supervisory control — телеуправление диспетчерское
fire control computer — счетно-решающее устройство для управления артиллерийским огнем
fire control director — прибор управления артиллерийским огнем
floating control mode — <comput.> способ регулирования астатический
intermittent gain control — < radio> регулировка усиления временная
lateral control of airplane — поперечное управление самолетом
microprocessor control system — микропроцессорная система управления
pressure control instrument — <tech.> маностат
proportional control factor — <comput.> коэффициент пропорционального регулирования
range finder control — <geod.> метод дальномерно-базисный
reactor control system — <engin.> система управления и защиты
remote control interlocking — < railways> телецентрализация, централизация дистанционная
river control structure — <geol.> сооружение выправительное
servo control unit — <engin.> гидроусилитель
spray-type superheat control — впрысковое регулирование перегрева
supervisory control system — <comput.> автодиспетчер
thermostatic temperature control — ключевое термостатирование
volume range control — регулирование динамического диапазона
-
18 method
метод; способсм. тж. method,method for predictionmethod of acceleration with conjugate gradientsmethod of assumed modesmethod of characteristicsmethod of dynamic causticsmethod of feasible directionsmethod of generalized coordinatesmethod of imagesmethod of linesmethod of momentsmethod of separation of variablesmethod of splittingmethod of weighted residualsaccelerometer methodacoustic methodAdams-Bashforth methodadjoint variable methodaerodynamic methodair bubbles methodALM methodanthropometric scaling methodanti-g methodanti-g protective methodassumed stress methodaugmented Lagrange multiplier methodback of the envelope methodBayesian estimation methodbirefringent coating methodBirnbaum's methodblock-bidiagonal methodBode methodboundary collocation methodboundary element methodboundary force methodboundary integral methodboundary integral equation methodboundary point methodboundary layer methodBroydon-Fletcher-Goldfarb-Shanno methodchina-clay methodClmax prediction methodCohen and Reshotko methodcollocation methodcomplex variable boundary element methodcomplex-variable methodcompliance methodconfigurational methodconjugate directions methodconstant pressure panel methodcontinuation methodcorrection storage methodcorrelation methodcycle counting methodcyclic reduction methodDavidon-Fletcher-Powell methoddeferred correction methoddescribing function methoddesign method for reliabilitydesign to constraints methoddetection methoddifference methoddifferencing methoddiscrete vortex methoddisplacement methodDorodnitsyn finite element methoddoublet lattice methoddynamic condensation methodeigenfunction expansion methodeigenvalue methodelectrical discharge methodenergy methodenergy management methodequivalent control methodequivalent linearization methodEuler methodevaluation methodexplicit-implicit methodextrapolation methodFAS methodfeedback methodfinite difference methodfinite element methodfinite element method with splittingfinite element displacement methodfinite strip methodfinite volume methodFletcher-Reeves methodflexibility methodflutter experimental methodflux-difference/splitting methodforce methodFourier transform methodfractional steps methodfractographic methodfrequency methodfrequency-domain methodfull-approximation storage methodfull-potential methodGalerkin methodGauss elimination methodGauss-Seidel methodgeneralized methodGodunov methodgrid methodharmonic balance methodhelium-bubble methodhigher order methodHorner's methodhose-drogue methodhybrid vortex methodhydrogen bubbles methodinfra-imaging methodintegral methodintegral equation methodinterferometric methodinverse methodJ-integral methodkernel-function methodKhachian's methodLagrange multiplier methodLagrangian methodLanczos methodlaser induced fluorescence methodlaser light sheet methodleast-cost methodleast-square methodleast-squares methodleast-squares estimation methodLyapunov's second methodlift-analysis methodlinear quadratic methodlinear quadratic Gaussian methodlinear regulator methodlinear quadratic regulator methodLQ methodLQG methodlumped-parameter methodMacCormack's methodMach box methodmaintenance methodmarching methodmatrix methodmaximum likelihood methodmechanized methodML methodmodel-following methodmoment methodmoving finite element methodmultisurface methodmultigrid methodmultiple grid methodMyklestad methodNavier-Stokes methodNeal-Smith analysis methodNewton's methodNewton-Raphson methodnonconservative methodnumerical methodNyquist methodoil-flow methodoperational methodPade approximant methodpanel methodpaneling methodparameter methodperturbation methodphotoelastic methodpower methodPrandtl-Munk methodprediction methodpressure-splitting methodprobabilistic methodpseudo-spectral methodpseudospectral methodpseudotransient methodquasi-Newton methodR-curve methodrainflow methodrandom decrement methodrandomdec methodRayleigh methodRayleigh-Ritz methodrecovery methodreduction methodreliability methodrigid-plastic finite-element methodrobustness enhancing methodroot-locus methodRunge-Kutta methodsawtooth methodSchlieren methodsecant methodsemianalytic methodshadowgraph methodshock-capturing methodshock-expansion methodshock-fitting methodshooting methodsimplex methodsingular perturbation methodsingular value methodsizing methodsmoke-wire methodSouthwell methodspace-marching methodsplit-coefficient methodsplit-coefficient matrix methodsplitting methodsquare root methodstate space methodsteepest-ascent methodsteepest-descent methodstiffness methodstress relaxation methodsublimation methodsubspace iteration methodsubstitutional methodsubstructure synthesis methodsubstructuring methodsuper-characteristics methodsuperelement methodsuperposition methodsurface tracer methodsynthesis methodTheodorsen methodthrust methodthrust efficient methodtime-domain methodtransfer matrix methodtransfer-function methodTrefftz`s methodtuft methodunit load methodupwind methodupwind differencing methodV-g methodvapor-screen methodvariational methodvector methodvelocity-split methodviscous/inviscid interacting methodvon Schlippe methodvortex methodvortex panel methodvortex-lattice methodWalsh-function methodweight fraction methodX-ray diffraction methodz-transform methodzonal method -
19 impedance
1) полное сопротивление, импеданс•- acoustic impedance
- active impedance of array element
- anode-load impedance
- antenna impedance
- antenna input impedance
- asynchronous impedance
- avalanche impedance
- blocked impedance
- blocked electrical impedance
- blocked mechanical impedance
- branch impedance
- breakdown impedance
- cathode-coating impedance
- cathode-interface impedance
- cathode-interface layer impedance
- cavity impedance
- characteristic impedance
- characteristic wave impedance
- closed impedance
- closed-loop input impedance
- closed-loop output impedance
- common-mode input impedance
- complex impedance
- conjugate impedances
- dc impedance
- differential-input impedance
- driving impedance
- driving-point impedance
- dynamic impedance
- dynamic plate impedance
- electrical impedance
- electrode impedance
- feed-point impedance
- filter characteristic impedance
- free impedance
- free-motional impedance
- free-space characteristic impedance
- gate-to-drain impedance
- gate-to-source impedance
- image impedances
- input impedance
- input antenna impedance
- interaction impedance
- internal input impedance
- internal output impedance
- intrinsic impedance
- isolated impedance of array element
- iterative impedance
- large-signal impedance
- line impedance
- load impedance
- loaded impedance
- loop impedance
- loudspeaker impedance
- low-signal impedance
- lumped impedance
- magnetic impedance
- matched impedance
- matching impedance
- mechanical impedance
- mesh impedance
- modal impedance
- motional impedance
- mutual impedance
- negative impedance
- nominal impedance
- normal impedance
- normalized impedance
- off impedance
- on impedance
- open-circuit impedance
- open-circuit forward-transfer impedance
- open-circuit input impedance
- open-circuit output impedance
- open-circuit reverse-transfer impedance
- opened impedance
- open-loop output impedance
- parasitic impedance
- plate impedance
- plate-load impedance
- plate-to-plate impedance
- radiation impedance
- reciprocal impedance
- reduced impedance
- reflected impedance
- rejector impedance
- resistive impedance - short-circuit impedance
- short-circuit input impedance
- single-ended input impedance
- skin impedance
- small-signal impedance
- source impedance
- speaker impedance
- specific acoustic impedance
- spurious impedance
- superconducting-surface impedance
- surface impedance
- surface transfer impedance
- surge impedance
- synchronous impedance
- terminal impedance
- terminating impedance
- thermal impedance
- transfer impedance
- tube impedance
- unit-area acoustic impedance
- vector impedance
- wave impedance
- Zener impedance -
20 impedance
1) полное сопротивление, импеданс•- acoustic impedance
- active impedance of array element
- anode-load impedance
- antenna impedance
- antenna input impedance
- asynchronous impedance
- avalanche impedance
- blocked electrical impedance
- blocked impedance
- blocked mechanical impedance
- branch impedance
- breakdown impedance
- cathode-coating impedance
- cathode-interface impedance
- cathode-interface layer impedance
- cavity impedance
- characteristic impedance
- characteristic wave impedance
- closed impedance
- closed-loop input impedance
- closed-loop output impedance
- common-mode input impedance
- complex impedance
- conjugate impedances
- dc impedance
- differential-input impedance
- driving impedance
- driving-point impedance
- dynamic impedance
- dynamic plate impedance
- electrical impedance
- electrode impedance
- feed-point impedance
- filter characteristic impedance
- free impedance
- free-motional impedance
- free-space characteristic impedance
- gate-to-drain impedance
- gate-to-source impedance
- image impedances
- input antenna impedance
- input impedance
- interaction impedance
- internal input impedance
- internal output impedance
- intrinsic impedance
- isolated impedance of array element
- iterative impedance
- large-signal impedance
- line impedance
- load impedance
- loaded impedance
- loop impedance
- loudspeaker impedance
- low-signal impedance
- lumped impedance
- magnetic impedance
- matched impedance
- matching impedance
- mechanical impedance
- mesh impedance
- modal impedance
- motional impedance
- mutual impedance
- negative impedance
- nominal impedance
- normal impedance
- normalized impedance
- off impedance
- on impedance
- open-circuit forward-transfer impedance
- open-circuit impedance
- open-circuit input impedance
- open-circuit output impedance
- open-circuit reverse-transfer impedance
- opened impedance
- open-loop output impedance
- parasitic impedance
- plate impedance
- plate-load impedance
- plate-to-plate impedance
- radiation impedance
- reciprocal impedance
- reduced impedance
- reflected impedance
- rejector impedance
- resistive impedance - short-circuit impedance
- short-circuit input impedance
- single-ended input impedance
- skin impedance
- small-signal impedance
- source impedance
- speaker impedance
- specific acoustic impedance
- spurious impedance
- superconducting-surface impedance
- surface impedance
- surface transfer impedance
- surge impedance
- synchronous impedance
- terminal impedance
- terminating impedance
- thermal impedance
- transfer impedance
- tube impedance
- unit-area acoustic impedance
- vector impedance
- wave impedance
- Zener impedanceThe New English-Russian Dictionary of Radio-electronics > impedance
- 1
- 2
См. также в других словарях:
Vector bundle — The Möbius strip is a line bundle over the 1 sphere S1. Locally around every point in S1, it looks like U × R, but the total bundle is different from S1 × R (which is a cylinder instead). In mathematics, a vector bundle is a… … Wikipedia
Vector space — This article is about linear (vector) spaces. For the structure in incidence geometry, see Linear space (geometry). Vector addition and scalar multiplication: a vector v (blue) is added to another vector w (red, upper illustration). Below, w is… … Wikipedia
Solenoidal vector field — In vector calculus a solenoidal vector field (also known as an incompressible vector field) is a vector field v with divergence zero at all points in the field; The fundamental theorem of vector calculus states that any vector field can be… … Wikipedia
Finite element method in structural mechanics — Finite element method (FEM) is a powerful technique originally developed for numerical solution of complex problems in structural mechanics, and it remains the method of choice for complex systems. In the FEM, the structural system is modeled by… … Wikipedia
Euclidean vector — This article is about the vectors mainly used in physics and engineering to represent directed quantities. For mathematical vectors in general, see Vector (mathematics and physics). For other uses, see vector. Illustration of a vector … Wikipedia
Engineering treatment of the finite element method — This is a draft of a new explanation as suggested on . The finite element method (FEM) is a technique for finding approximate solutions to differential equations that is particularly useful in engineering. As of 2005, FEM is the primary analysis… … Wikipedia
The vector of a quaternion — In the 19th century, the vector of a quaternion written Vq was a well defined mathematical entity in the classical quaternion notation system. This article is written using classical nomenclature. In this article the word vector means the… … Wikipedia
Orientation (vector space) — See also: orientation (geometry) The left handed orientation is shown on the left, and the right handed on the right. In mathematics, orientation is a notion that in two dimensions allows one to say when a cycle goes around clockwise or… … Wikipedia
Ocean Surface Topography Mission — OSTM/Jason 2 Artist s interpretation of the Jason 2 satellite Operator NASA, CNES, NOAA, EUMETSAT Mission type Earth orbiter … Wikipedia
solids, mechanics of — ▪ physics Introduction science concerned with the stressing (stress), deformation (deformation and flow), and failure of solid materials and structures. What, then, is a solid? Any material, fluid or solid, can support normal forces.… … Universalium
Stress (physics) — Stress is a measure of the average amount of force exerted per unit area. It is a measure of the intensity of the total internal forces acting within a body across imaginary internal surfaces, as a reaction to external applied forces and body… … Wikipedia
