-
1 derived tensor
Большой англо-русский и русско-английский словарь > derived tensor
-
2 derived tensor
Математика: производный тензор -
3 derived tensor
мат. -
4 tensor
-
5 производный тензор
Большой англо-русский и русско-английский словарь > производный тензор
-
6 ring
1) кольцо2) окружность; круг3) звон || звонить; звенеть4) кольцевая область; кольцо || кольцевой6) обруч || надевать обруч7) обод; фланец; обойма8) ободок9) телефон. звонок; вызов || посылать вызов10) вчт счётное кольцо; кольцевая схема11) тор12) фланец; хомут; бугель13) ядро•ring over field — мат. кольцо над полем
ring with cancellation — мат. кольцо без делителей нуля
ring with divided powers — мат. кольцо с разделёнными степенями
ring with division — мат. кольцо с делением
ring with divisors of zero — мат. кольцо с делителями нуля
ring with filtration — мат. кольцо с фильтрацией, фильтрованное кольцо
ring with identity — мат. кольцо с единицей
ring with involution — мат. кольцо с инволюцией
ring with maximum condition — мат. кольцо с условием максимальности
ring with minimum condition — мат. кольцо с условием минимальности
ring with operators — мат. кольцо с операторами, операторное кольцо
ring with unit element — мат. кольцо с единицей
ring with unity — мат. кольцо с единицей
ring without divisors of zero — мат. кольцо без делителей нуля
ring without identity — мат. кольцо без единицы
- absolutely flat ring - analytically normal ring - analytically unramified ring - completely reducible ringring without radical — мат. кольцо без радикала
- eye ring- flat cohomology ring - fully primary ring - lattice ordered ring - left hereditary ring - locally decomposable ring - locally factorial ring - locally matrix ring - locally nilpotent ring - locally polynomial ring- mud ring- nil ring- nilpotent ring - projectively trivial ring- rim ring- ring of analytical functions - ring of formal power series - ring of linear transformations - ring of principal ideals - ring of vector functions- ring off- top ring- total quotient ring - totally primary ring - totally reducible ring - weakly regular ring -
7 dimension
- устанавливать размеры
- размерность физической величины
- размерность (величины)
- размерность (векторного пространства)
- размерность
- размер
- протяжённость (во времени)
- мн. габариты
- габариты (мн.)
габариты (мн.)
—
[А.С.Гольдберг. Англо-русский энергетический словарь. 2006 г.]Тематики
EN
мн. габариты
—
[А.С.Гольдберг. Англо-русский энергетический словарь. 2006 г.]Тематики
EN
протяжённость (во времени)
—
[А.С.Гольдберг. Англо-русский энергетический словарь. 2006 г.]Тематики
EN
размер
Значение линейной, угловой или какой-либо другой величины в принятых единицах измерения
[Терминологический словарь по строительству на 12 языках (ВНИИИС Госстроя СССР)]EN
DE
FR
размерность
—
[ http://www.iks-media.ru/glossary/index.html?glossid=2400324]Тематики
- электросвязь, основные понятия
EN
размерность (векторного пространства)
—
[http://www.rfcmd.ru/glossword/1.8/index.php?a=index&d=23]Тематики
EN
размерность физической величины
размерность величины
Выражение в форме степенного одночлена, составленного из произведений символов основных физических величин в различных степенях и отражающее связь данной физической величины с физическими величинами, принятыми в данной системе величин за основные с коэффициентом пропорциональности, равным 1.
Примечания
1. Степени символов основных величин, входящих в одночлен, в зависимости от связи рассматриваемой физической величины с основными, могут быть целыми, дробными, положительными и отрицательными. Понятие размерность распространяется и на основные величины. Размерность основной величины в отношении самой себя равна единице, т.е. формула размерности основной величины совпадает с ее символом.
2. В соответствии с международным стандартом ИСО 31/0, размерность величин следует обозначать знаком dim [2]. В системе величин LMT размерность величины.x будет: dim х = LlMmTt, где L, М, Т - символы, величин, принятых за основные (соответственно длины, массы, времени).
[РМГ 29-99]EN
dimension of a quantity
quantity dimension
dimension
expression of the dependence of a quantity on the base quantities of a system of quantities as a product of powers of factors corresponding to the base quantities, omitting any numerical factor
NOTE 1 – A power of a factor is the factor raised to an exponent. Each factor is the dimension of a base quantity.
NOTE 2 – The conventional symbolic representation of the dimension of a base quantity is a single upper case letter in roman (upright) sans-serif type. The conventional symbolic representation of the dimension of a derived quantity is the product of powers of the dimensions of the base quantities according to the definition of the derived quantity. The dimension of a quantity Q is denoted by dim Q.
NOTE 3 – In deriving the dimension of a quantity, no account is taken of its scalar, vector or tensor character.
NOTE 4 – In a given system of quantities, – quantities of the same kind have the same dimension, – quantities of different dimensions are always of different kinds, and – quantities having the same dimension are not necessarily of the same kind. For example, in the ISQ, pressure and energy density (volumic energy) have the same dimension L–1MT–2. See also note 5.
NOTE 5 – In the International System of Quantities (ISQ), the symbols representing the dimensions of the base quantities are:
[IEV number 112-01-11]FR
dimension, f
dimension d'une grandeur, f
expression de la dépendance d’une grandeur par rapport aux grandeurs de base d'un système de grandeurs sous la forme d'un produit de puissances de facteurs correspondant aux grandeurs de base, en omettant tout facteur numérique
NOTE 1 – Une puissance d'un facteur est le facteur muni d'un exposant. Chaque facteur exprime la dimension d'une grandeur de base.
NOTE 2 – Par convention, la représentation symbolique de la dimension d'une grandeur de base est une lettre majuscule unique en caractère romain (droit) sans empattement. Par convention, la représentation symbolique de la dimension d'une grandeur dérivée est le produit de puissances des dimensions des grandeurs de base conformément à la définition de la grandeur dérivée. La dimension de la grandeur Q est notée dim Q.
NOTE 3 – Pour établir la dimension d'une grandeur, on ne tient pas compte du caractère scalaire, vectoriel ou tensoriel.
NOTE 4 – Dans un système de grandeurs donné, – les grandeurs de même nature ont la même dimension, – des grandeurs de dimensions différentes sont toujours de nature différente, – des grandeurs ayant la même dimension ne sont pas nécessairement de même nature. Par exemple, dans l'ISQ, la pression et l'énergie volumique ont la même dimension L–1MT–2. Voir aussi la note 5.
NOTE 5 – Dans le Système international de grandeurs (ISQ), les symboles représentant les dimensions des grandeurs de base sont:
[IEV number 112-01-11]Тематики
- метрология, основные понятия
Синонимы
EN
DE
- Dimension einer Grösse
- Dimension, f
- Größendimension, f
FR
- dimension d'une grandeur, f
- dimension, f
устанавливать размеры
задавать размеры
—
[А.С.Гольдберг. Англо-русский энергетический словарь. 2006 г.]Тематики
Синонимы
EN
Англо-русский словарь нормативно-технической терминологии > dimension
-
8 dimension of a quantity
размерность величины
Выражение в форме степенного одночлена, составленного из произведений символов основных величин в различных степенях, отражающее связь данной величины с основными величинами и имеющее коэффициент пропорциональности, равный 1 (ОСТ 45.159-2000.1 Термины и определения (Минсвязи России)).
[ http://www.iks-media.ru/glossary/index.html?glossid=2400324]Тематики
- электросвязь, основные понятия
EN
размерность физической величины
размерность величины
Выражение в форме степенного одночлена, составленного из произведений символов основных физических величин в различных степенях и отражающее связь данной физической величины с физическими величинами, принятыми в данной системе величин за основные с коэффициентом пропорциональности, равным 1.
Примечания
1. Степени символов основных величин, входящих в одночлен, в зависимости от связи рассматриваемой физической величины с основными, могут быть целыми, дробными, положительными и отрицательными. Понятие размерность распространяется и на основные величины. Размерность основной величины в отношении самой себя равна единице, т.е. формула размерности основной величины совпадает с ее символом.
2. В соответствии с международным стандартом ИСО 31/0, размерность величин следует обозначать знаком dim [2]. В системе величин LMT размерность величины.x будет: dim х = LlMmTt, где L, М, Т - символы, величин, принятых за основные (соответственно длины, массы, времени).
[РМГ 29-99]EN
dimension of a quantity
quantity dimension
dimension
expression of the dependence of a quantity on the base quantities of a system of quantities as a product of powers of factors corresponding to the base quantities, omitting any numerical factor
NOTE 1 – A power of a factor is the factor raised to an exponent. Each factor is the dimension of a base quantity.
NOTE 2 – The conventional symbolic representation of the dimension of a base quantity is a single upper case letter in roman (upright) sans-serif type. The conventional symbolic representation of the dimension of a derived quantity is the product of powers of the dimensions of the base quantities according to the definition of the derived quantity. The dimension of a quantity Q is denoted by dim Q.
NOTE 3 – In deriving the dimension of a quantity, no account is taken of its scalar, vector or tensor character.
NOTE 4 – In a given system of quantities, – quantities of the same kind have the same dimension, – quantities of different dimensions are always of different kinds, and – quantities having the same dimension are not necessarily of the same kind. For example, in the ISQ, pressure and energy density (volumic energy) have the same dimension L–1MT–2. See also note 5.
NOTE 5 – In the International System of Quantities (ISQ), the symbols representing the dimensions of the base quantities are:
[IEV number 112-01-11]FR
dimension, f
dimension d'une grandeur, f
expression de la dépendance d’une grandeur par rapport aux grandeurs de base d'un système de grandeurs sous la forme d'un produit de puissances de facteurs correspondant aux grandeurs de base, en omettant tout facteur numérique
NOTE 1 – Une puissance d'un facteur est le facteur muni d'un exposant. Chaque facteur exprime la dimension d'une grandeur de base.
NOTE 2 – Par convention, la représentation symbolique de la dimension d'une grandeur de base est une lettre majuscule unique en caractère romain (droit) sans empattement. Par convention, la représentation symbolique de la dimension d'une grandeur dérivée est le produit de puissances des dimensions des grandeurs de base conformément à la définition de la grandeur dérivée. La dimension de la grandeur Q est notée dim Q.
NOTE 3 – Pour établir la dimension d'une grandeur, on ne tient pas compte du caractère scalaire, vectoriel ou tensoriel.
NOTE 4 – Dans un système de grandeurs donné, – les grandeurs de même nature ont la même dimension, – des grandeurs de dimensions différentes sont toujours de nature différente, – des grandeurs ayant la même dimension ne sont pas nécessairement de même nature. Par exemple, dans l'ISQ, la pression et l'énergie volumique ont la même dimension L–1MT–2. Voir aussi la note 5.
NOTE 5 – Dans le Système international de grandeurs (ISQ), les symboles représentant les dimensions des grandeurs de base sont:
[IEV number 112-01-11]Тематики
- метрология, основные понятия
Синонимы
EN
DE
- Dimension einer Grösse
- Dimension, f
- Größendimension, f
FR
- dimension d'une grandeur, f
- dimension, f
Англо-русский словарь нормативно-технической терминологии > dimension of a quantity
-
9 quantity dimension
размерность физической величины
размерность величины
Выражение в форме степенного одночлена, составленного из произведений символов основных физических величин в различных степенях и отражающее связь данной физической величины с физическими величинами, принятыми в данной системе величин за основные с коэффициентом пропорциональности, равным 1.
Примечания
1. Степени символов основных величин, входящих в одночлен, в зависимости от связи рассматриваемой физической величины с основными, могут быть целыми, дробными, положительными и отрицательными. Понятие размерность распространяется и на основные величины. Размерность основной величины в отношении самой себя равна единице, т.е. формула размерности основной величины совпадает с ее символом.
2. В соответствии с международным стандартом ИСО 31/0, размерность величин следует обозначать знаком dim [2]. В системе величин LMT размерность величины.x будет: dim х = LlMmTt, где L, М, Т - символы, величин, принятых за основные (соответственно длины, массы, времени).
[РМГ 29-99]EN
dimension of a quantity
quantity dimension
dimension
expression of the dependence of a quantity on the base quantities of a system of quantities as a product of powers of factors corresponding to the base quantities, omitting any numerical factor
NOTE 1 – A power of a factor is the factor raised to an exponent. Each factor is the dimension of a base quantity.
NOTE 2 – The conventional symbolic representation of the dimension of a base quantity is a single upper case letter in roman (upright) sans-serif type. The conventional symbolic representation of the dimension of a derived quantity is the product of powers of the dimensions of the base quantities according to the definition of the derived quantity. The dimension of a quantity Q is denoted by dim Q.
NOTE 3 – In deriving the dimension of a quantity, no account is taken of its scalar, vector or tensor character.
NOTE 4 – In a given system of quantities, – quantities of the same kind have the same dimension, – quantities of different dimensions are always of different kinds, and – quantities having the same dimension are not necessarily of the same kind. For example, in the ISQ, pressure and energy density (volumic energy) have the same dimension L–1MT–2. See also note 5.
NOTE 5 – In the International System of Quantities (ISQ), the symbols representing the dimensions of the base quantities are:
[IEV number 112-01-11]FR
dimension, f
dimension d'une grandeur, f
expression de la dépendance d’une grandeur par rapport aux grandeurs de base d'un système de grandeurs sous la forme d'un produit de puissances de facteurs correspondant aux grandeurs de base, en omettant tout facteur numérique
NOTE 1 – Une puissance d'un facteur est le facteur muni d'un exposant. Chaque facteur exprime la dimension d'une grandeur de base.
NOTE 2 – Par convention, la représentation symbolique de la dimension d'une grandeur de base est une lettre majuscule unique en caractère romain (droit) sans empattement. Par convention, la représentation symbolique de la dimension d'une grandeur dérivée est le produit de puissances des dimensions des grandeurs de base conformément à la définition de la grandeur dérivée. La dimension de la grandeur Q est notée dim Q.
NOTE 3 – Pour établir la dimension d'une grandeur, on ne tient pas compte du caractère scalaire, vectoriel ou tensoriel.
NOTE 4 – Dans un système de grandeurs donné, – les grandeurs de même nature ont la même dimension, – des grandeurs de dimensions différentes sont toujours de nature différente, – des grandeurs ayant la même dimension ne sont pas nécessairement de même nature. Par exemple, dans l'ISQ, la pression et l'énergie volumique ont la même dimension L–1MT–2. Voir aussi la note 5.
NOTE 5 – Dans le Système international de grandeurs (ISQ), les symboles représentant les dimensions des grandeurs de base sont:
[IEV number 112-01-11]Тематики
- метрология, основные понятия
Синонимы
EN
DE
- Dimension einer Grösse
- Dimension, f
- Größendimension, f
FR
- dimension d'une grandeur, f
- dimension, f
Англо-русский словарь нормативно-технической терминологии > quantity dimension
-
10 field
1) поле (1. физическое поле (напр. электромагнитное) 2. величина, характеризующая физическое поле 3. (открытое) пространство; область; зона 4. тлв вчт полукадр (в системах отображения с чересстрочной развёрткой) 5. вчт поименованная группа данных; элемент данных; столбец данных 6. вчт обрабатываемая отдельно группа разрядов 7. вчт кольцо с ненулевыми элементами, образующими абелеву группу по операции умножения 8. сфера деятельности; область интересов) || полевой; относящийся к полю2) опт. поле зрения4) рлк карта местности ( на экране индикатора)5) полигон6) поле боя (напр. в компьютерных играх)•- fields of atom
- field of complex numbers
- field of events
- field of force
- field of functions
- field of order N-
- field of quotients
- field of relations
- field of search
- field of selection
- field of values
- field of view
- field of vision
- field without sources
- field without vortices
- field with sources
- field with vortices
- Abelian field
- ac field
- accelerating field
- acoustoelectric field
- address field
- affine field
- aiding drift field
- alphanumeric field
- alternate fields
- alternating-gradient field
- angular field of view
- anisotropy field
- antenna field
- aperture field
- applied field
- authentication field
- auxiliary field
- avalanche field
- axial field
- backscattered field
- backward field
- base field
- base sweeping field
- bias magnetic field
- biasing magnetic field
- biomagnetic fields
- bit field
- block information field
- blue field
- breakdown field
- built-in field
- calculated field
- canonical field
- card field
- caustic field
- central field
- chain field
- character field
- charge-separation field
- chiral field
- circuital field
- coercive field
- collapse field
- color field
- compressing field
- computed field
- confining field
- conservative field
- constant field
- containing field
- control field
- Coulomb field
- countable field
- counterrotating field
- coupled fields
- critical field
- CRC field
- crossed fields
- crystal field
- crystal lattice field
- crystalline field
- curl field
- curling field
- cusped magnetic field
- cutoff field
- cyclic redundancy check field
- cylinder number field
- data field
- dc field
- decelerating field
- deflection field
- degaussing field
- demagnetizing field
- derived field
- destination field
- diffracted field
- dipole field
- dipole sound field
- display field
- disturbed field
- disturbing field
- domain erasing field
- domain nucleation field
- drift field
- dynamic field
- dynamic threshold field
- E-field
- Earth's electric field
- Earth's magnetic field
- edge diffracted field
- effective field
- effective field of magnetic anisotropy
- electric field
- electromagnetic field
- electrostatic field
- EM field
- emit field
- entrance field
- equilibrium field
- erasure field
- even field
- evoked magnetic fields of brain
- exchange field
- extension field
- external field
- extraneous field
- far field
- far-radiated field
- far-scattered field
- far-zone field
- Fermat field
- file field
- finite field
- first field
- first critical field
- fixed-length field
- flag field
- focusing field
- force-free magnetic field
- forward field
- frame number field
- Fraunhofer field
- free field
- free-space field
- Fresnel field
- fringing field
- fringing field of junction
- frozen field
- gage field
- Galois field
- Galois field pn
- gate-to-drain field
- geometrical optics field
- gradient field
- gravitational field
- green field
- guide field
- guiding field
- H-field
- halaxy magnetic field
- Hall field
- Hall electric field
- harmonic field
- head number field
- heating field
- heating electric field
- helical field
- heliotron magnetic field
- high-frequency field
- holographically reconstructed field
- homogeneous field
- hyperfine field
- I-field
- ID field
- identifier field
- illuminating field
- impressed field
- incident field
- inducing field
- induction field
- infinite field
- information field
- inhomogeneous field
- in-plane field
- instruction field
- integer field
- interlaced field
- internal field
- interplanetary magnetic field
- irrotational field
- jack field
- junction field
- Kerr field
- key field
- label field
- lamellar field
- laser field
- lateral field
- leakage field
- local field
- localized field
- local receptive field
- macroscopic field
- magnetic field
- magnetic fields of eye
- magnetic bias field
- magnetic mirror field
- magnetization reversal field
- magnetizing field
- magnetostatic field
- magnetron critical field
- maximum permeability field
- Mersenne field
- message field
- microscopic field
- mirror field
- modulating field
- modulation field
- molecular field
- monochromatic field
- multibeam field
- multidimensional field
- near field
- near-zone field
- noise field
- noncircuital field
- nonstationary field
- nonuniform field
- normal-mode field
- nucleation field
- numeric field
- nutation field
- object field
- odd field
- orderable field
- ordered field
- operand field
- operation field
- particle switching field
- penumbra field
- periodic field
- perpendicular critical field
- perturbed field
- physical optics field
- piezoelectric field
- polarization field
- poloidal field
- potential field
- primary color field
- prime field
- privilege field
- proper field
- protected field
- pseudoscalar field
- pump field
- pumping field
- punched-card field
- quadrupolar field
- quadrupolar field with X neutral point
- quadrupolar field with X -type neutral point
- quantum field
- quasi-potential field
- quotent field
- radial field
- radiated field
- radiation field
- radio-frequency field
- radio influence field
- reactive field
- receptive field
- reconstructed field
- red field
- rediffracted field
- reference field
- reflected field
- repeating field
- reradiated field
- residual field
- residue class field
- resonance field
- retarding field
- RF field
- rotating field
- rotational field
- satellite's field of view
- scalar field
- scattered field
- second field
- second critical field
- sector number field
- seed field
- self-consistent field
- shadow field
- shaping field
- signal field
- skipped field
- solenoidal field
- sort field
- sound field
- source field
- source-to-drain field
- space-charge field
- spinor field
- spontaneous magnetic fields of brain
- starting field
- static field
- stationary field
- stochastic field
- stray field
- superposed field
- surface superconducting field
- sweeping field
- switching field
- symbol field
- tag field
- television field
- tensor field
- thermal field
- thermal radiation field
- third critical field
- threshold field
- topological field
- transient field
- transition field
- trapped field
- traveling field
- tunneling field
- two-turn field
- uniform field
- unit electric field
- unperturbed field
- vanishing field
- variable field
- variable-length field
- variant field
- vector field
- visual field
- vortex field
- wall creation field
- wave field
- waveguide field
- write field
- zero-approximation field -
11 field
1) поле (1. физическое поле (напр. электромагнитное) 2. величина, характеризующая физическое поле 3. (открытое) пространство; область: зона 4. тлв.; вчт. полукадр (в системах отображения с чересстрочной развёрткой) 5. вчт. поименованная группа данных; элемент данных; столбец данных 6. вчт. обрабатываемая отдельно группа разрядов 7. вчт. кольцо с ненулевыми элементами, образующими абелеву группу по операции умножения 8. сфера деятельности; область интересов) || полевой; относящийся к полю2) опт. поле зрения4) рлк. карта местности ( на экране индикатора)5) полигон6) поле боя (напр. в компьютерных играх)•- ac field
- accelerating field
- acoustoelectric field
- address field
- affine field
- aiding drift field
- alphanumeric field
- alternate fields
- alternating-gradient field
- angular field of view
- anisotropy field
- antenna field
- aperture field
- applied field
- authentication field
- auxiliary field
- avalanche field
- axial field
- backscattered field
- backward field
- base field
- base sweeping field
- bias magnetic field
- biasing magnetic field
- biomagnetic fields
- bit field
- block information field
- blue field
- breakdown field
- built-in field
- calculated field
- canonical field
- card field
- caustic field
- central field
- chain field
- character field
- charge-separation field
- chiral field
- circuital field
- coercive field
- collapse field
- color field
- compressing field
- computed field
- confining field
- conservative field
- constant field
- containing field
- control field
- Coulomb field
- countable field
- counterrotating field
- coupled fields
- CRC field
- critical field
- crossed fields
- crystal field
- crystal lattice field
- crystalline field
- curl field
- curling field
- cusped magnetic field
- cutoff field
- cyclic redundancy check field
- cylinder number field
- data field
- dc field
- decelerating field
- deflection field
- degaussing field
- demagnetizing field
- derived field
- destination field
- diffracted field
- dipole field
- dipole sound field
- display field
- disturbed field
- disturbing field
- domain erasing field
- domain nucleation field
- drift field
- dynamic field
- dynamic threshold field
- E field
- Earth's electric field
- Earth's magnetic field
- edge diffracted field
- effective field of magnetic anisotropy
- effective field
- electric field
- electromagnetic field
- electrostatic field
- EM field
- emit field
- entrance field
- equilibrium field
- erasure field
- even field
- evoked magnetic fields of brain
- exchange field
- extension field
- external field
- extraneous field
- far field
- far-radiated field
- far-scattered field
- far-zone field
- Fermat field
- field of algebraic numbers
- field of complex numbers
- field of events
- field of force
- field of functions
- field of order N
- field of quotients
- field of relations
- field of search
- field of selection
- field of values
- field of view
- field of vision
- field with sources
- field with vortices
- field without sources
- field without vortices
- fields of atom
- file field
- finite field
- first critical field
- first field
- fixed-length field
- flag field
- focusing field
- force-free magnetic field
- forward field
- frame number field
- Fraunhofer field
- free field
- free-space field
- Fresnel field
- fringing field of junction
- fringing field
- frozen field
- gage field
- Galois field pn
- Galois field
- gate-to-drain field
- geometrical optics field
- gradient field
- gravitational field
- green field
- guide field
- guiding field
- H field
- halaxy magnetic field
- Hall electric field
- Hall field
- harmonic field
- head number field
- heating electric field
- heating field
- helical field
- heliotron magnetic field
- high-frequency field
- holographically reconstructed field
- homogeneous field
- hyperfine field
- ID field
- identifier field
- I-field
- illuminating field
- impressed field
- incident field
- inducing field
- induction field
- infinite field
- information field
- inhomogeneous field
- in-plane field
- instruction field
- integer field
- interlaced field
- internal field
- interplanetary magnetic field
- irrotational field
- jack field
- junction field
- Kerr field
- key field
- label field
- lamellar field
- laser field
- lateral field
- leakage field
- local field
- local receptive field
- localized field
- macroscopic field
- magnetic bias field
- magnetic field
- magnetic fields of eye
- magnetic mirror field
- magnetization reversal field
- magnetizing field
- magnetostatic field
- magnetron critical field
- maximum permeability field
- Mersenne field
- message field
- microscopic field
- mirror field
- modulating field
- modulation field
- molecular field
- monochromatic field
- multibeam field
- multidimensional field
- near field
- near-zone field
- noise field
- noncircuital field
- nonstationary field
- nonuniform field
- normal-mode field
- nucleation field
- numeric field
- nutation field
- object field
- odd field
- operand field
- operation field
- orderable field
- ordered field
- particle switching field
- penumbra field
- periodic field
- perpendicular critical field
- perturbed field
- physical optics field
- piezoelectric field
- polarization field
- poloidal field
- potential field
- primary color field
- prime field
- privilege field
- proper field
- protected field
- pseudoscalar field
- pump field
- pumping field
- punched-card field
- quadrupolar field with X neutral point
- quadrupolar field with X-type neutral point
- quadrupolar field
- quantum field
- quasi-potential field
- quotent field
- radial field
- radiated field
- radiation field
- radio influence field
- radio-frequency field
- reactive field
- receptive field
- reconstructed field
- red field
- rediffracted field
- reference field
- reflected field
- repeating field
- reradiated field
- residual field
- residue class field
- resonance field
- retarding field
- RF field
- rotating field
- rotational field
- satellite's field of view
- scalar field
- scattered field
- second critical field
- second field
- sector number field
- seed field
- self-consistent field
- shadow field
- shaping field
- signal field
- skipped field
- solenoidal field
- sort field
- sound field
- source field
- source-to-drain field
- space-charge field
- spinor field
- spontaneous magnetic fields of brain
- starting field
- static field
- stationary field
- stochastic field
- stray field
- superposed field
- surface superconducting field
- sweeping field
- switching field
- symbol field
- tag field
- television field
- tensor field
- thermal field
- thermal radiation field
- third critical field
- threshold field
- topological field
- transient field
- transition field
- trapped field
- traveling field
- tunneling field
- two-turn field
- uniform field
- unit electric field
- unperturbed field
- vanishing field - variant field
- vector field
- visual field
- vortex field
- wall creation field
- wave field
- waveguide field
- write field
- zero-approximation fieldThe New English-Russian Dictionary of Radio-electronics > field
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12 function
1) функция, действие || функционировать; действовать- essential functions - routine function - safety-related functions2) функциональное назначение; роль- circuit function - intrinsic function - metering function - primary function - robot function - planning function - service function - support function4) функциональный узел ( машины)5) матем. функциональная зависимость, функция- absolutely additive function - absolutely bounded function - absolutely continuous function - absolutely integrable function - absolutely monotone function - absolutely summable function - absolutely symmetric function - almost complex function - almost continuous function - almost convex function - almost everywhere defined function - almost everywhere finite function - almost invariant function - almost periodic function - almost recursive function - almost separably-valued function - almost separating function - almost universal function - analytically independent function - analytically representable function - approximately differentiable function - asymptotically differentiable function - asymptotically finite function - asymptotically uniformly optimal function - bounded below function - cellwise continuous function - circumferentially mean p-valent function - comparison function - complementary error function - complete analytic function - completely additive function - completely computable function - completely monotone function - completely multiplicative function - completely productive function - completely subadditive function - completely symmetrical function - completely undefined function - complex hyperbolic function - conditional risk function - countably multiplicative function - countably valued function - covariant function - cumulative distribution function - cumulative frequency function - deficiency function - double limit function - doubly periodic function - doubly recursive function - effectively computable function - effectively constant function - effectively decidable function - effectively variable function - elementarily symmetric function - entire function of maximum type - entire function of mean type - entire function of potential type - entire function of zero type - entire rational function - essentially increasing function - essentially integrable function - essentially real function - essentially smooth function - everywhere differentiable function - everywhere smooth function - expansible function - explicitly definable function - exponentially convex function - exponentially decreasing function - exponentially increasing function - exponentially multiplicative function - exponentially vanishing function - finitely mean valent function - finitely measurable function - function of appropriate behavior - function of bounded characteristic - function of bounded type - function of bounded variation - function of complex variable - function of exponential type - function of finite genus - function of finite variation - function of fractional order - function of infinite type - function of integral order - function of maximal type - function of minimal type - function of mixed variables - function of normal type - function of number theory - function of one variable - function of rapid descent - function of rapid growth - function of real variable - general universal function - geometric carrier function - implicitly definable function - incomplete dibeta function - incomplete gamma function - incomplete tribeta function - incompletely defined function - inductively defined function - inductively integrable function - infinitely divisible function - infinitely many-valued function - integral logarithmic function - inverse trigonometric function - inverted beta function - iterative function - joint correlation function - joint density function - linearly separable function - locally bounded function - locally constant function - locally holomorphic function - locally homogeneous function - locally integrable function - locally negligible function - locally regular function - locally summable function - logarithmic generating function - logarithmic integral function - logarithmically infinite function - logarithmically plurisubharmonic function - logarithmically subharmonic function - lower semicontinuous function - monotone non-decreasing function - monotone non-increasing function - multiply periodic function - multiply recursive function - negative definite function - negative infinite function - nontangentially bounded function - normalized function - normed function - nowhere continuous function - nowhere differentiable function - nowhere monotonic function - n-times differentiable function - n-tuply periodic function - numeralwise expressible function - numeralwise representable function - numerical function - numerically valued function - oblate spheroidal function - operating characteristic function - optimal policy function - parametrically definable function - partially symmetric function - piecewise constant function - piecewise continuously differentiable function - piecewise linear function - piecewise monotonic function - piecewise polynomial function - piecewise quadratic function - piecewise regular function - piecewise smooth function - pointwise approximated function - positive homogeneous function - positive infinite function - positive monotone function - positive monotonic function - positive semidefinite function - potentially calculable function - potentially recursive function - power series function - probability generating function - quadratically summable function - rapidly damped function - rapidly decreasing function - rapidly oscillatory function - recursively continuous function - recursively convergent function - recursively defined function - recursively differentiable function - recursively divergent function - recursively extensible function - relative distribution function - relative frequency function - representing function - reproducing kernel function - residual function - residue function - scalarwise integrable function - scalarwise measurable function - sectionally smooth function - simply periodic function - singly recursive function - slowly increasing function - slowly oscillating function - slowly varying function - smoothly varying function - solid spherical harmonic function - solid zonal harmonic function - steadily increasing function - stopped random function - strictly convex function - strictly decreasing function - strictly increasing function - strictly integrable function - strictly monotone function - strongly differentiable function - strongly holomorphic function - strongly integrable function - strongly measurable function - strongly plurisubharmonic function - totally additive function - totally continuous function - totally measurable function - totally multiplicative function - totally positive function - triangular function - uniformly best decision function - uniformly bounded function - uniformly definable function - uniformly differentiable function - uniformly homotopic function - uniformly integrable function - uniformly limited function - uniformly measurable function - uniformly smooth function - unit step function - unitary divisor function - upper measurable function - upper semicontinuous function - weakly analytic function - weakly continuous function - weakly differentiable function - weakly holomorphic function - weakly measurable function - weakly singular function - weighted random functiondomain of a function — область определения функции, область изменения независимой переменной
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13 graph
1) граф2) график || строить график3) диаграмма || чертить диаграмму•- alternating composition graph - arbitrarily transversable graph - derived graph - doubly connected graph - doubly transitive graph - fully connected graph - locally countable graph - locally finite graph - locally restricted graph - log-log graph - partially labeled graph - partially orderable graph - progressively finite graph - regressively finite graph - strictly weak graph - strongly orientable graph - strongly regular graph - strongly rigid graph - strongly singular graph - strongly smooth graph - totally inductive graph - triangleless graph - triply transitive graph - uniquely intersectable graph - uniquely representable graph - weakly disconnected graph -
14 operation
1) действие2) операция3) оперирование4) процесс, ход5) работа, функционирование6) срабатывание7) управление8) эксплуатация•- hereditarily recursive operationoperation under VFR — авиац. визуальное самолётовождение
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15 operator
1) диспетчер2) владелец ( оборудования)3) машинист4) оператор машины или системы6) матем. оператор- almost periodic operator - amateur radio operator - asymptotically polylinear operator - bounded below operator - completely invertible operator - double stochastic operator - formally hypoelliptic operator - formally self-adjoint operator - formally symmetric operator - internal operator - isotonic operator - left shift operator - locally algebraic operator - locally measurable operator - negative semidefinite operator - normally resolvable operator - partial recursive operator - partially hypoelliptic operator - partially isometric operator - positive definite operator - positive semidefinite operator - properly orthogonal operator - relatively degenerate operator - relatively invertible operator - relatively regular operator - selective operator - skew adjoint operator - skew self-adjoint operator - uniformly strongly elliptic operator - weakly separable operator -
16 representation
1) изображение2) отображение; представление•- completely irreducible representation - completely reduced representation - completely reducible representation - discrete representation - finitely related representation - identity representation - locally constant representation - locally faithful representation - strongly rational representation - totally reducible representation
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