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1 residue-derived energy
English-German dictionary of Architecture and Construction > residue-derived energy
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2 тип энергии
тип энергии
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energy type
According to the source, energy can be classified as hydroenergy, solar energy, tidal energy, wind energy, waves energy, geothermal energy, etc. According to the type of fuel used for its production, energy can be classified as nuclear energy, coal derived energy, petroleum derived energy, biomass derived energy, etc. (Source: RRDA)
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Русско-немецкий словарь нормативно-технической терминологии > тип энергии
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3 derive
1. transitive verbthe river derives its name from a Greek god — der Name des Flusses geht auf eine griechische Gottheit zurück
2. intransitive verbderive pleasure from something — Freude an etwas (Dat.) haben
derive from — beruhen auf (+ Dat.)
the word derives from Latin — das Wort stammt od. kommt aus dem Lateinischen
* * *1. verb( with from)1) (to come or develop from: The word `derives' is derived from an old French word.) herleiten•- academic.ru/19782/derivation">derivation- derivative 2. noun(a word, substance etc formed from another word, substance etc: `Reader' is a derivative of `read'.) die Ableitung* * *de·rive[dɪˈraɪv]I. vtII. vi\derived quantity MATH, SCI abgeleitete Größe* * *[dI'raɪv]1. vtidea, name, origins her- or ableiten (from von); profit, benefit ziehen (from aus); satisfaction, comfort, pleasure, energy gewinnen (from aus); income beziehen (from aus)this word is derived from the Greek — dieses Wort stammt aus dem Griechischen
2. vito derive from — sich her- or ableiten von; (power, fortune) beruhen auf (+dat), herkommen or -rühren von; (ideas) kommen or stammen von
this derives from the fact that... — das beruht auf der Tatsache, dass...
* * *derive [dıˈraıv]A v/t1. herleiten, übernehmen ( beide:from von):derive one’s name from seinen Namen herleiten von;derived income WIRTSCH abgeleitetes Einkommenfrom aus)from aus):derive pleasure from sth Freude an einer Sache finden oder haben4. (from)b) einen Schluss ziehen (aus)5. LING ab-, herleiten:derived meaning abgeleitete Bedeutung6. CHEM, MATH ableiten:7. ELEK abzweigen, ableiten:derived circuit Abzweigkreis ma) ab-, herstammen, herkommen, -rühren (von, aus), ausgehen (von), seinen Ursprung haben (in dat), sich herschreiben (von)b) sich her- oder ableiten (von)* * *1. transitive verbthe river derives its name from a Greek god — der Name des Flusses geht auf eine griechische Gottheit zurück
2. intransitive verbderive pleasure from something — Freude an etwas (Dat.) haben
derive from — beruhen auf (+ Dat.)
the word derives from Latin — das Wort stammt od. kommt aus dem Lateinischen
* * *v.ableiten v. -
4 воздействие производства энергии на окружающую среду
воздействие производства энергии на окружающую среду
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environmental impact of energy
Energy and environmental problems are closely related, since it is nearly impossible to produce, transport, or consume energy without significant environmental impact. The environmental problems directly related to energy production and consumption include air pollution, water pollution, thermal pollution, and solid waste disposal. The emission of air pollutants from fossil fuel combustion is the major cause of urban air pollution. Diverse water pollution problems are associated with energy usage. One major problem is oil spills. In all petroleum-handling operations, there is a finite probability of spilling oil either on the earth or in a body of water. Coal mining can also pollute water. Changes in groundwater flow produced by mining operations often bring otherwise unpolluted waters into contact with certain mineral materials which are leached from the soil and produce an acid mine drainage. Solid waste is also a by-product of some forms of energy usage. Coal mining requires the removal of large quantities of earth as well as coal. In general, environmental problems increase with energy use and this combined with the limited energy resource base is the crux of the energy crisis. An energy impact assessment should compare these costs with the benefits to be derived from energy use. (Source: RAU)
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Русско-немецкий словарь нормативно-технической терминологии > воздействие производства энергии на окружающую среду
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5 производная единица системы единиц физических величин
производная единица системы единиц физических величин
производная единица
Единица производной физической величины системы единиц, образованная в соответствии с уравнением, связывающим ее с основными единицами или с основными и уже определенными производными.
Примеры
1. 1 м/с - единица скорости, образованная из основных единиц СИ - метра и секунды.
2. 1 Н - единица силы, образованная из основных единиц СИ - килограмма, метра, и секунды.
[РМГ 29-99]EN
derived unit
unit of measurement for a derived quantity
NOTE 1 – Some derived units in the International System of Units (SI) have special names, e.g. hertz for frequency and joule for energy, but others have compound names, e.g. metre per second for speed. Compounds including units with special names are also used, e.g. volt per metre for the electric field strength, and newton metre for torque. See in particular ISO 31 and ISO/IEC 80000.
NOTE 2 – Derived units can also be expressed by using multiples and submultiples. For example, the metre per second, symbol m/s, and the centimetre per second, symbol cm/s, are derived units of speed in the SI. The kilometre per hour, symbol km/h, is a unit of speed outside the SI but accepted for use with the SI, because the unit hour is accepted for use with the SI. The knot, equal to one nautical mile per hour, is a unit of speed outside the SI, that is used by special interest groups.
Source: ISO/IEC GUIDE 99:2007 1.11
[IEV number 112-01-19]FR
unité dérivée, f
unité de mesure d'une grandeur dérivée
NOTE 1 – Certaines unités dérivées dans le SI ont des noms spéciaux, par exemple le hertz pour la fréquence et le joule pour l'énergie, tandis que d'autres ont des noms composés, par exemple le mètre par seconde pour la vitesse. Les unités ayant des noms spéciaux sont aussi utilisées dans des noms composés, par exemple le volt par mètre pour le champ électrique et le newton mètre pour le moment de torsion. Voir en particulier l'ISO 31 et l'ISO/CEI 80000.
NOTE 2 – On peut aussi exprimer les unités dérivées en utilisant des multiples et des sous-multiples. Par exemple, le mètre par seconde, symbole m/s, et le centimètre par seconde, symbole cm/s, sont des unités dérivées de vitesse dans le SI. Le kilomètre par heure, symbole km/h, est une unité de vitesse en dehors du SI mais en usage avec le SI, parce que l'heure est une unité en usage avec le SI. Le nœud, égal à un mille marin par heure, est une unité de vitesse en dehors du SI, qui répond aux besoins spécifiques de certains groupes d’utilisateurs.
Source: ISO/IEC GUIDE 99:2007 1.11
[IEV number 112-01-19]Тематики
- метрология, основные понятия
Синонимы
EN
DE
FR
Русско-немецкий словарь нормативно-технической терминологии > производная единица системы единиц физических величин
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6 размерность физической величины
- Größendimension, f
- Dimension, f
- Dimension einer Grösse
- Dimension einer GroBe
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
2.9. Размерность физической величины
Размерность величины Нрк. Формула размерности
D. Dimension einer GroBe
E. Dimensions of a quantity
F. Dimension d’une grandeur
Выражение, отражающее связь величины с основными величинами системы, в котором коэффициент пропорциональности принят равным 1.
Примечания:
1. Размерность величины представляет собой произведение основных величин, возведенных в соответствующие степени.
2. Размерность производной величины отражает, во сколько раз изменяется ее размер при изменении размеров основных величин, например, если размерность величины х равна LaM^Tv и длина изменяется от / до /', масса — от m до т' и время — от t до то новый размер величины будет больше прежнего в (/'//)а
(/'//)v раз.
Источник: ГОСТ 16263-70: Государственная система обеспечения единства измерений. Метрология. Термины и определения оригинал документа
Русско-немецкий словарь нормативно-технической терминологии > размерность физической величины
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7 управление в области производства энергии
управление в области производства энергии
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energy management
The administration or handling of power derived from sources such as fossil fuel, electricity and solar radiation. (Source: RHW / FFD)
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Русско-немецкий словарь нормативно-технической терминологии > управление в области производства энергии
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8 extract
1. noun 2. transitive verb1) ziehen, (fachspr.) extrahieren [Zahn]extract something from somebody — (fig.) etwas aus jemandem herausholen
extract a promise/confession from somebody — jemandem ein Versprechen/Geständnis abpressen
2) (obtain) extrahierenextract metal from ore — Metall aus Erz gewinnen
3) (derive) erfassen [Bedeutung, Hauptpunkte]* * *1. [ik'strækt] verb1) (to pull out, or draw out, especially by force or with effort: I have to have a tooth extracted; Did you manage to extract the information from her?) herausholen, ziehen2) (to select (passages from a book etc).) einen Auszug machen3) (to take out (a substance forming part of something else) by crushing or by chemical means: Vanilla essence is extracted from vanilla beans.) gewinnen2. ['ekstrækt] noun1) (a passage selected from a book etc: a short extract from his novel.) der Auszug2) (a substance obtained by an extracting process: beef/yeast extract; extract of malt.) der Extrakt•- academic.ru/25959/extraction">extraction* * *ex·tractI. vt[ɪkˈstrækt, ekˈ-]1. (remove)to \extract a bullet eine Kugel entfernento \extract papers from a folder einem Ordner Unterlagen entnehmento \extract a tooth einen Zahn ziehen [o fachspr extrahieren2. (obtain)to \extract iron ore Eisenerz gewinnento \extract oil Erdöl fördernto \extract a confession from sb jdm ein Geständnis abringento \extract information from sb Informationen aus jdm herausquetschen fam3. (select)to \extract sth from a text etw aus einem Text [heraus]ziehen, etw exzerpieren geh4. MATHII. n[ˈekstrækt]malt/vanilla \extract Malz-/Vanilleextrakt m* * *[ɪk'strkt]1. vt1) (= take out) herausnehmen; cork etc (heraus)ziehen (from aus); juice, minerals, oil, DNA, energy gewinnen (from aus); tooth ziehen, extrahieren (spec); bullet, foreign body entfernen2) (fig) information, secrets entlocken (from +dat); confession, money herausholen (from aus); permission, promise, concession abringen (from +dat), erlangen (from von); the meaning/moral of a book herausarbeiten (from aus)he is able to extract himself from difficult situations — er kann sich aus schwierigen Lagen befreien
4) quotation, passage herausziehen, exzerpieren (geh)2. n['ekstrkt]2) (MED, COOK) Extrakt m* * *A v/t [ıkˈstrækt]1. herausziehen, -holen ( beide:from aus)2. extrahieren:b) CHEM ausziehen, -scheiden3. Honig etc schleudernextracting plant Gewinnungsanlage ffrom a text aus einem Text)b) ein Buch etc in Auszügen veröffentlichen oder wiedergeben, einen Auszug aus einem Buch etc veröffentlichenfrom von)B s [ˈekstrækt]a) CHEM, GASTR Extrakt m:extract of meat Fleischextraktextract of account Kontoauszugext. abk1. extension2. external (externally)3. extinct4. extra5. extract* * *1. noun 2. transitive verb1) ziehen, (fachspr.) extrahieren [Zahn]extract something from somebody — (fig.) etwas aus jemandem herausholen
extract a promise/confession from somebody — jemandem ein Versprechen/Geständnis abpressen
2) (obtain) extrahieren3) (derive) erfassen [Bedeutung, Hauptpunkte]* * *n.Auszug -¨e m. v.entnehmen v.gewinnen v.(§ p.,pp.: gewann, gewonnen)herausziehen v. -
9 потребление нефти
потребление нефти
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petroleum consumption
Petroleum belongs to non-renewable energy sources; it is a complex substance derived from the carbonized remains of trees, ferns, mosses, and other types of vegetable matter. The principal chemical constituents of oil are carbon, hydrogen, and sulphur. The various fuels made from crude oil are jet fuel, gasoline, kerosine, diesel fuel, and heavy fuel oils. Major oil consumption is in the following areas: transportation, residential-commercial, industrial and for generating electric power. (Source: PARCOR)
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Русско-немецкий словарь нормативно-технической терминологии > потребление нефти
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