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1 tensor product
Большой англо-русский и русско-английский словарь > tensor product
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2 tensor product
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3 tensor product
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4 tensor product
Техника: тензорное произведение -
5 tensor product
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6 tensor product
тензорное произведениеEnglish-Russian dictionary of technical terms > tensor product
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7 tensor product
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8 tensor product code
Математика: тензорное произведение кодов -
9 tensor product code
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10 tensor
1) тензор
2) тензорный
– antisymmetric tensor
– conductivity tensor
– conjugate tensor
– contracted tensor
– deformation tensor
– energy-momentum tensor
– linear tensor
– rank of tensor
– skew-symmetric tensor
– strain tensor
– stress tensor
– tensor analysis
– tensor bundle
– tensor calculus
– tensor equation
– tensor interaction
– tensor product
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11 product
1) продукт, изделие; товар2) мат. произведение, результат умножения3) результат, итог4) pl продукция•- absolutely free product - complete regular product - fully regular product - primary forest products - product of measure spaces - product of vector spaces - scalar triple product - semiinner product - semiscalar product - triple vector product - usual inner product - vector triple productto draw off an overhead product — хим. отбирать дистиллят
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12 product
1) продукт2) изделие3) матем. произведение4) составляющая ( сигнала)•-
aliasing product
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asbestos-cement products
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base product
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black product
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bottom product
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brass-mill products
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building products
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Cartesian product
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cast product
- ceramic clay product -
ceramic product
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coal-chemical product
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coking products
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cold-finished products
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cold-rolled mill products
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combustion products
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concrete products
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convergent infinite product
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cross product
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cut black product
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daughter product
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decay product
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decomposition product
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deoxidation product
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desired product
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differentially coated products
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divergent infinite product
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dot product
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earthenware product
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electrical products
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enameled product
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end product
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fabricated rubber products
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film product
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finished product
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fission products
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fretting products
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gain bandwidth product
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gaseous fission products
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graded product
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gravity-free pharmaceutical product
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gross mining product
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half-finished product
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heat-generating fission products
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heavy clay product
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industrial rubber products
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infinite product
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inner product
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intermediate product
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intermodulation products
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light-end product
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logical product
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loose oxidation products
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main product
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marketable products
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microgravity pharmaceutical product
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middling product
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mineral product
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minor product
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mixed fission products
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modulation products
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neutralized product
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nonstock products
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nonvolatile fission products
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off-test product
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off-the-shelf product
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overhead product
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oxidation product
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partial product
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planing mill products
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product of distillation
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product of inertia
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program product
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proprietary product
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radioactive products
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refractory products
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remelting product
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retained product
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rolled products
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scalar product
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scalar triple product
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semifinished product
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semimanufactured product
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semi-processed product
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sheet products
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software product
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space pharmaceutical product
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spurious products
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steam-distilled product
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steam-refined product
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straight petroleum product
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structural clay product
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subquality products
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tensor product
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termination product
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time-bandwidth product
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transmutation product
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twisted product
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uncomplete combustion product
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undesired product
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vacuum-rolled products
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vector product
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vitreous product
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volatile fission products
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waste products
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waste-fission products
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wear products
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white product
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wire products
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zerogravity pharmaceutical product -
13 product
1) продукт
2) произведение
3) упаренный
4) упаренный раствор
5) фабрикат
6) пересечение
7) выработка
8) выпуск
9) дочернее ядро
10) изделие
11) продуктивный
12) умножение
13) товар
14) результат
– additive product
– bandwidth-duration product
– bottom product
– bottoms product
– break-down product
– build up a product
– combustion product
– continued product
– cross product
– cup product
– decay product
– direct product
– dot product
– explosion product
– farm product
– final product
– finished product
– fission product
– foundry product
– gain-bandwidth product
– half-finished product
– infinite product
– inner product
– intermediate product
– Kolmogorov-Alexander product
– marketable product
– matrix product
– mixed product
– outer product
– overhead product
– packaged product
– partial product
– petroleum product
– Pontrjagin product
– primary product
– product accumulator
– product bundle
– product code
– product control
– product holography
– product moment
– product of inertia
– product particle
– product register
– product rule
– product set
– product size
– product space
– quality of product
– reaction product
– rolled product
– scalar product
– subdirect product
– substandard product
– tensor product
– thickened product
– upgrade a product
– vector product
– waste product
– Whitney product
root gain-bandwidth product — <electr.> коэффициент эффективности усилителя
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14 tensor operator
operator station — станция оператора; операторская станция
operator guide — указание оператору; руководство оператора
operator console — пульт оператора; операторская консоль
English-Russian big polytechnic dictionary > tensor operator
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15 тензорное произведение
Большой англо-русский и русско-английский словарь > тензорное произведение
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16 тензорное произведение
Англо-русский словарь технических терминов > тензорное произведение
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17 code
1) код, шифр || кодировать3) кодекс; свод4) вчт программа || программировать, писать программу5) нормы и правила; правила эксплуатации•to translate the code — преобразовывать код; транслировать программу
- sum code -
18 space
1) интервал, промежуток2) пробел || оставлять пробелы3) область; площадь4) пространство || пространственный5) космос, космическое пространство6) полость7) расстояние•- absolutely compact space - absolutely embedded space - absolutely thick space - algebraically parallel space - almost complex space - almost expandable space - almost isomorphic space - almost metric space - almost nonsingular space - almost paracompact space - almost pretopological space - analytically ramified covering space - arcwise connected space - centrally harmonic space - compactly ordered space - completely continuous space - completely degenerate space - completely disconnected space - completely harmonic space - completely metric space - completely normal space - completely reducible space - completely regular space - completely reticulated space - completely separable space - completely separated space - completely symmetric space - completely uniformizable space - constant curvature space - continuous sample space - continuously ordered space - contractible in itself space - countably compactifiable space - countably dimensional space - countably generated space - countably infinite space - countably metacompact space - countably multinormed space - countably normed space - countably paracompact space - countably refinable space - countably subcompact space - finitely productive space - finitely sheeted space - finitely triangulated space - fully normal space - general metrizable space - general topological space - global analytic space - globally symmetric space - hereditarily normal space - hereditarily paracompact space - hereditarily separable space - hereditarily symmetric space - holomorphic tangent space - holomorphically complete space - holomorphically convex space - homotopy associative space - iterated loop space - linearly connected space - linearly ordered space - linearly topologized space - load space - locally bounded space - locally closed space - locally compact space - locally complete space - locally connected space - locally contractible space - locally convex space - locally directed space - locally fine space - locally holomorphic space - locally homogeneous space - locally hyperbolic space - locally linear space - locally metrizable space - locally ringed space - locally separable space - locally simply connected space - locally solid space - locally spherical space - locally star-shaped space - locally symmetric space - locally timelike space - locally triangulable space - monotonically normal space - naturally isomorphic space - naturally ordered space - naturally reductive space - nearly paracompact space - negative metric space - normally separated space - not simply connected space - nowhere connected space - null space of linear transformation - n-way projective space - perfectly normal space - perfectly regular space - perfectly screenable space - perfectly separable space - peripherically bicompact space - peripherically compact space - pointwise paracompact space - projectively metric space - quaternion hyperbolic space - quaternion projective space - quaternion vector space - regularly ordered space - relatively discrete space - relatively strong space - sequentially closed space - sequentially compact space - sequentially complete space - sequentially quasicomplete space - sequentially separable space - simply ordered space - simply partitionable space - space of affine connectedness - space of complex homomorphisms - space of continuous functions - space of finite measure - space of linear interpolation - space of right cosets - space of scalar curvature - strongly bounded space - strongly closed space - strongly compact space - strongly complete space - strongly irreducible space - strongly normal space - strongly normed space - strongly paracompact space - strongly pseudocompact space - strongly pseudometrizable space - strongly rigid space - strongly screenable space - structural space - structure space - topologically complete space - totally disconnected space - totally geodesic space - totally imperfect space - totally normal space - totally orderable space - totally ordered space - water jacket space - weakly closed space - weakly compact space - weakly complete space - weakly covering space - weakly dense space - weakly favorable space - weakly n-dimensional space - weakly paracompact space - weakly regular space - weakly separable space - weakly symmetric spaceto space out — полигр. набирать вразрядку
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19 field
1) поле || полевой2) магн. наряжённость поля3) участок; область5) полигр. фон; грунт6) горн. прииск; месторождение7) горн. промысел || промысловый8) матем. тело; поле10) полевой; эксплуатационный•- algebraically complete field - axisymmetric field - base field - basic field - completely valuated field - field of algebraic numbers - fully ordered field - fully ramified field - gross field - guiding magnetic field - linear transformation field - locally compact ultrametric field - locally finite field - purely unseparable field - strictly monotone field - strongly isomorphic field - topologized algebraic field - totally imaginary field - totally ramified field - totally real fieldfield with a valuation — поле с оценкой, поле с нормой; метризованное поле
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20 dimension
- устанавливать размеры
- размерность физической величины
- размерность (величины)
- размерность (векторного пространства)
- размерность
- размер
- протяжённость (во времени)
- мн. габариты
- габариты (мн.)
габариты (мн.)
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[А.С.Гольдберг. Англо-русский энергетический словарь. 2006 г.]Тематики
EN
мн. габариты
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[А.С.Гольдберг. Англо-русский энергетический словарь. 2006 г.]Тематики
EN
протяжённость (во времени)
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[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
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[ http://www.iks-media.ru/glossary/index.html?glossid=2400324]Тематики
- электросвязь, основные понятия
EN
размерность (векторного пространства)
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[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
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[А.С.Гольдберг. Англо-русский энергетический словарь. 2006 г.]Тематики
Синонимы
EN
Англо-русский словарь нормативно-технической терминологии > dimension
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- 2
См. также в других словарях:
Tensor product — In mathematics, the tensor product, denoted by otimes, may be applied in different contexts to vectors, matrices, tensors, vector spaces, algebras, topological vector spaces, and modules. In each case the significance of the symbol is the same:… … Wikipedia
tensor product — tenzorinė sandauga statusas T sritis fizika atitikmenys: angl. tensor product vok. tensorielles Produkt, n; Tensorprodukt, n rus. тензорное произведение, n pranc. produit tensoriel, m … Fizikos terminų žodynas
Tensor product of modules — In mathematics, the tensor product of modules is a construction that allows arguments about bilinear maps (roughly speaking, multiplication ) to be carried out in terms of linear maps (module homomorphisms). The module construction is analogous… … Wikipedia
Tensor product of graphs — In graph theory, the tensor product G × H of graphs G and H is a graph such that * the vertex set of G × H is the Cartesian product V(G) × V(H) ; and * any two vertices (u,u ) and (v,v ) are adjacent in G × H if and only if u is adjacent with v… … Wikipedia
Tensor product of fields — In abstract algebra, the theory of fields lacks a direct product: the direct product of two fields, considered as a ring is never itself a field. On the other hand it is often required to join two fields K and L, either in cases where K and L are … Wikipedia
Tensor product of algebras — In mathematics, the tensor product of two R algebras is also an R algebra in a natural way. This gives us a tensor product of algebras. The special case R = Z gives us a tensor product of rings, since rings may be regarded as Z algebras.Let R be… … Wikipedia
Tensor product of quadratic forms — The tensor product of quadratic forms is most easily understood when one views the quadratic forms as quadratic spaces . So, if (V, q 1) and (W, q 2) are quadratic spaces, which V,W vector spaces, then the tensor product is a quadratic form q on… … Wikipedia
Tensor product network — A tensor product network, in neural networks, is a network that exploits the properties of tensors to model associative concepts such as variable assignment. Orthonormal vectors are chosen to model the ideas (such as variable names and target… … Wikipedia
Topological tensor product — In mathematics, there are usually many different ways to construct a topological tensor product of two topological vector spaces. For Hilbert spaces or nuclear spaces there is a simple well behaved theory of tensor products (see Tensor product of … Wikipedia
Relative tensor product — Let A be a right R moduleand B be a left R module (see the definition of left and right module in module (mathematics)).The relative tensor product Aotimes R B is defined to be the quotient:Aotimes B/Iwhere I is the ideal generated by all… … Wikipedia
Tensor — For other uses, see Tensor (disambiguation). Note that in common usage, the term tensor is also used to refer to a tensor field. Stress, a second order tensor. The tensor s components, in a three dimensional Cartesian coordinate system, form the… … Wikipedia