-
61 ось
axis, axle, pin hinge, center pin, ( шарнира) pin, pintle, center shaft, shaft, spindle* * *ось ж.1. ( воображаемая линия) axisна одно́й оси́ — in line (with), in alignment (with), alignedпо оси́ — axially, endwiseприкла́дывать моме́нт к оси́ — apply a torque about an axis(вращение́, ско́рость и т. п. [m2]) относи́тельно оси́ — (rotation, velocity, etc.) about an axis2. (деталь машины, преим. неподвижная) axle; (преим. подвижная) shaftось абсци́сс — axis of abscissas, X-axis, abscissa axisоткла́дывать по оси́ абсци́сс — lay off as abscissa, plot on the abscissaось а́нкера час. — pallet shaftось апплика́т — Z-axisось бала́нса час. — balance shaftось бандажи́рованного валка́ прок. — roll mandrelбольша́я ось геод. — longer [major] axisось бороздно́го колеса́ — furrow axleваго́нная ось ж.-д. — car axleось валка́ прок. — arbor, spindleведу́щая ось — driving [guide] axleось ВПП ав. — (centre) line of the runwayвизи́рная ось — axis of sightвраща́ющаяся ось — live axleось враще́ния1. мат. axis of rotatation2. ( гироскопа) spin axis3. ( руля самолета) hinge axis, hinge lineось вре́мени — time axisгла́вная ось — principal axisотбива́ть гла́вную ось ( при разметке) — draw the base(-line)двойнико́вая ось ( кристалла) — twining axisдействи́тельная ось — real(-number) axis, axis of realsось деформа́ции сопр. — axis or strainось дифференциа́ла — differential shaftось доро́ги — centre-line of a roadизмери́тельная ось ( гироскопа) — sensitive axisось ката́ния — axis of rollingось кача́ния — axis of oscillationколё́сная ось ж.-д. — wheel axleось координа́т — coordinate axisось кре́на ав. — roll axisкристаллографи́ческая ось n [m2]-го поря́дка — n -fold crystallographic axisма́лая ось геод. — minor [shorter] axisмгнове́нная ось — instantaneous axisмни́мая ось — imaginary axis, axis of imaginariesось напряже́нии сопр. — axis or stressesнача́льная ось — reference axis; initial axisнейтра́льная ось мех. — neutral axisопти́ческая ось1. ( прибора) optical axis2. ( кристалла) optic axisось ордина́т — vertical scale, Y-axis, axis of ordinatesоткла́дывать по оси́ ордина́т — lay off as ordinate, plot on the ordinateось пла́вания — axis of buoyancy, axis of flotationпобо́чная ось — secondary [auxiliary] axisось полево́го колеса́ с.-х. — land axleполя́рная ось ( кристалла) — polar axisпото́чная ось аргд. — wind axisпродо́льная ось — longtitudial axis; (самолета, судна) fore-and-aft axisось простра́нственных координа́т — solid axisось пути́ — centre line of a trackось пьезокриста́лла, механи́ческая — mechanical axis [Y-axis] of a piezocrystalось пьезокриста́лла, опти́ческая — optical axis [Z-axis] of a piezocrystalось пьезокриста́лла, электри́ческая — electric axis [X-axis] of a piezocrystalось ры́скания ав. — yaw axisсвя́занная ось аргд. — body axisось симме́трии — axis of symmetryстрои́тельная ось (напр. прокатного стана, самолета) — construction lineось тангажа́ ав. — pitch axisось фигу́ры ( гироскопа) — spin axisось шарни́ра — hinge axis; ( деталь) hinge pin -
62 целое
* * *це́лое с.
the whole; ( число) integer, whole numberв це́лом — on the wholeкак еди́ное це́лое — as a unitсоставля́ющий одно́ це́лое с … — made [integral] solid withза́мкнутое це́лое мат. — closed entityкра́тное це́лое — integral multiple -
63 закладывать основу
•The book lays the groundwork for the important area of solid state physics and...
•He laid the groundwork (or foundation) for the discipline of ethology.
•The work of these pioneers was primarily responsible for the development of the theory.
* * *Закладывать основу (метаболизма)-- The reactions included in carbohydrate metabolism provide the basic framework of metabolic machinery. Закладывать основу -- to lay (down) the foundation (for), to lay the groundwork (for), to provide the basic framework (of)The foundations for a systematic and coherent body of knowledge were laid in the years 1880 to 1930 by the efforts of scientists and engineers in a number of countries.The foundations for these developments were laid down in the early 1960s.Русско-английский научно-технический словарь переводчика > закладывать основу
-
64 входить в выражение для
Входить в выражение для-- The solid-phase thermal conductivity, k, appears in the Fourier number.Русско-английский научно-технический словарь переводчика > входить в выражение для
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65 число
Число - number (величина, количество); incidence (каких-либо событий); date (дата). Иногда это слово не переводится (см., например, "Число возможных сочетаний бесконечно", "Число... невелико", "Число поставщиков")Although the incidence of solid bed breakup gives some estimate of melting profile stability it is a coarse estimation.Русско-английский научно-технический словарь переводчика > число
-
66 эквивалент
ЭквивалентIt should be noted that there is at present no accepted SI equivalent to the U.S. flow number.In fact, the volume of a solid fuel fired sectional boiler can be more than twice that of its gas fired counterpart giving the same output.Русско-английский научно-технический словарь переводчика > эквивалент
-
67 датчик
1. м. брит. амер. transducer; gauge, pick-off; pickup2. м. transmitter3. м. measuring element, sensor, detector -
68 окисление
с. oxidization, oxidation -
69 развертка
1. scan-out2. scan3. expander4. reamer5. sweep6. unrolling -
70 шина
1. ж. брит. амер. tyre; tireшина «молотит» — a tyre is flailing
шина низкого давления; баллон; сверхбаллон — doughnut tyre
2. ж. эл. busразрешение передачи по шине; предоставление шины — bus grant
возбудитель шины; драйвер шины; драйвер канала — bus driver
3. ж. вчт. wire, lineшина стирания; шина сброса; шина установки нуля — reset line
провод запрета; шина запрета; обмотка запрета — inhibit wire
линия столбца; линия графы; вертикальная шина — column line
линия адреса; адресная линия; адресная шина — address line
4. ж. полигр. ink railгрузовая шина — lorry tyre; truck tire
-
71 рентгеновские лучи
рентгеновские лучи
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
X ray
A penetrating electromagnetic radiation, usually generated by accelerating electrons to high velocity and suddenly stopping them by collision with a solid body, or by inner-shell transitions of atoms with atomic number greater than 10; their wavelength ranges from about 10(-5) angstrom to 10(3) angstroms, the average wavelength used in research being 1 angstrom. (Source: MGH)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Русско-немецкий словарь нормативно-технической терминологии > рентгеновские лучи
-
72 комплектное распределительное устройство в металлической оболочке
- metalclad switchgear
- metalclad switch gear
- metal-enclosed switchgear
- metal clad switchgear
- metal clad switch gear
- MESG
- MCSG
- cubicle switchgear
- compartmented switchgear (with non-metallic partitions)
комплектное распределительное устройство в металлической оболочке
-EN
metal-enclosed switchgear
switchgear assemblies with an external metallic enclosure intended to be earthed and complete except for external connections
NOTE The metal-enclosed switchgear is subdivided into three types:
– metal-clad switchgear;
– compartmented switchgear (with one or more non-metallic partitions);
– cubicle switchgear
[IEC 61992-1, ed. 2.0 (2006-02)]
metal-clad switchgear
metal-enclosed switchgear in which components are arranged in separate compartments with metal partitions intended to be earthed
NOTE 1 This term applies to metal-enclosed switchgear with metal partitions providing the degree of protection (or higher) included in IEC 61992-6 and having separate compartments at least for the following components:
– each main switching device;
– components connected to one side of a main switching device, for example, feeder circuit;
– components connected to the other side of the main switching device, for example, busbars; where more than one set of busbars is provided, each set is in a separate compartment.
NOTE 2 Metal-enclosed switchgear having metal partitions and meeting all the requirements of NOTE 1 may utilise an insulating shutter barrier as a part of a shutter arrangement, the combination of which provides the degree of protection included in Table 1 of IEC 61992-6 (or higher) and satisfies the requirements of the standard for partitions and shutters made of insulating material.
[IEC 61992-1, ed. 2.0 (2006-02)]
compartmented switchgear (with non-metallic partitions)
metal-enclosed switchgear in which components are arranged in separate compartments as for metal-clad switchgear, but with one or more non-metallic partitions providing the degree of protection (or higher) included in Table 1 of IEC 61992-6
NOTE Metal-enclosed switchgear in which the main circuit components are individually embedded in solid insulating material can be considered as an alternative, provided that the conditions specified in IEC 60466 are met.
[IEC 61992-1, ed. 2.0 (2006-02)]
cubicle switchgear
switchgear, other than metal-clad and compartmented switchgear
NOTE This term applies to switchgear having a metal enclosure and having
– a number of compartments fewer than required for metal-clad or compartmented switchgear, or
– partitions having a degree of protection lower than those indicated in Table 1 of IEC 61992-6, or
– no partitions.
[IEC 61992-1, ed. 2.0 (2006-02)]FR
appareillage sous enveloppe métallique
ensemble d’appareillage avec une enveloppe métallique externe destinée à être mise à la terre, entièrement terminé, à l’exception des connexions extérieures
NOTE L’appareillage sous enveloppe métallique se subdivise en trois types:
– appareillage recouvert de métal;
– appareillage à compartiments (avec une ou plusieurs cloisons non métalliques);
– appareillage d’armoire.
[IEC 61992-1, ed. 2.0 (2006-02)]
appareillage recouvert de métal
appareillage sous enveloppe métallique dans lequel les éléments constitutifs sont disposés dans des compartiments séparés par des cloisons métalliques destinées à être mises à la terre
NOTE 1 Ce terme s’applique à l’appareillage sous enveloppe métallique avec des cloisons métalliques offrant le degré de protection de la CEI 61992-6 (ou un degré supérieur) et ayant des compartiments séparés au moins pour les éléments constitutifs suivants:
– chaque appareil principal de connexion;
– les éléments constitutifs connectés à une face de l'appareil principal de connexion, par exemple le circuit d’alimentation;
– les éléments constitutifs connectés à l’autre face de l'appareil principal de connexion, par exemple les jeux de barres; lorsqu’il y a plus d’un jeu de barres, chaque jeu est dans un compartiment séparé.
NOTE 2 L’appareillage sous enveloppe métallique qui possède des cloisons métalliques et qui répond à toutes les dispositions de la note 1 peut utiliser une barrière en volet isolant comme une partie d’une disposition de volet, dont la combinaison fournit un degré de protection inclus au Tableau 1 de la CEI 61992-6 (ou un degré supérieur) et satisfait aux exigences de la norme pour les cloisons et les volets en matériau isolant.
[IEC 61992-1, ed. 2.0 (2006-02)]
appareillage à compartiments (avec cloisons non métalliques)
appareillage sous enveloppe métallique dans lequel les éléments constitutifs sont disposés dans des compartiments séparés comme pour l’appareillage recouvert de métal, mais avec une ou plusieurs cloisons non métalliques fournissant le degré de protection du Tableau 1 de la CEI 61992-6 (ou un degré supérieur)
NOTE L’appareillage sous enveloppe métallique dans lequel les éléments constitutifs du circuit principal sont noyés individuellement dans un matériau isolant solide peut être considéré comme une alternative, si les conditions spécifiées dans la CEI 60466 sont satisfaites.
[IEC 61992-1, ed. 2.0 (2006-02)]
pareillage d’armoire
appareillage, autre que l’appareillage recouvert de métal ou à compartiments
NOTE Ce terme s’applique à l’appareillage ayant une enveloppe métallique et ayant:
– soit un nombre de compartiments inférieur à celui exigé pour les appareillages recouverts de métal ou à compartiments;
– soit des cloisons d’un degré de protection inférieur à ceux du Tableau 1 de la CEI 61992-6;
– soit pas de cloisons.
[IEC 61992-1, ed. 2.0 (2006-02)]
Комплектное распределительное устройство в металлической оболочке
Рис. ABBГОСТ 14693-90 - Устройства комплектные распределительные негерметизированные в металлической оболочке на напряжение до 10 кВ
Тематики
- комплектное распред. устройство (КРУ)
Синонимы
EN
- compartmented switchgear (with non-metallic partitions)
- cubicle switchgear
- MCSG
- MESG
- metal clad switch gear
- metal clad switchgear
- metal-enclosed switchgear
- metalclad switch gear
- metalclad switchgear
FR
Русско-английский словарь нормативно-технической терминологии > комплектное распределительное устройство в металлической оболочке
-
73 рентгеновские лучи
рентгеновские лучи
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
X ray
A penetrating electromagnetic radiation, usually generated by accelerating electrons to high velocity and suddenly stopping them by collision with a solid body, or by inner-shell transitions of atoms with atomic number greater than 10; their wavelength ranges from about 10(-5) angstrom to 10(3) angstroms, the average wavelength used in research being 1 angstrom. (Source: MGH)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Русско-английский словарь нормативно-технической терминологии > рентгеновские лучи
-
74 комплектное распределительное устройство в металлической оболочке
- pareillage d’armoire
- appareillage sous enveloppe métallique
- appareillage recouvert de métal
- appareillage à compartiments (avec cloisons non métalliques)
комплектное распределительное устройство в металлической оболочке
-EN
metal-enclosed switchgear
switchgear assemblies with an external metallic enclosure intended to be earthed and complete except for external connections
NOTE The metal-enclosed switchgear is subdivided into three types:
– metal-clad switchgear;
– compartmented switchgear (with one or more non-metallic partitions);
– cubicle switchgear
[IEC 61992-1, ed. 2.0 (2006-02)]
metal-clad switchgear
metal-enclosed switchgear in which components are arranged in separate compartments with metal partitions intended to be earthed
NOTE 1 This term applies to metal-enclosed switchgear with metal partitions providing the degree of protection (or higher) included in IEC 61992-6 and having separate compartments at least for the following components:
– each main switching device;
– components connected to one side of a main switching device, for example, feeder circuit;
– components connected to the other side of the main switching device, for example, busbars; where more than one set of busbars is provided, each set is in a separate compartment.
NOTE 2 Metal-enclosed switchgear having metal partitions and meeting all the requirements of NOTE 1 may utilise an insulating shutter barrier as a part of a shutter arrangement, the combination of which provides the degree of protection included in Table 1 of IEC 61992-6 (or higher) and satisfies the requirements of the standard for partitions and shutters made of insulating material.
[IEC 61992-1, ed. 2.0 (2006-02)]
compartmented switchgear (with non-metallic partitions)
metal-enclosed switchgear in which components are arranged in separate compartments as for metal-clad switchgear, but with one or more non-metallic partitions providing the degree of protection (or higher) included in Table 1 of IEC 61992-6
NOTE Metal-enclosed switchgear in which the main circuit components are individually embedded in solid insulating material can be considered as an alternative, provided that the conditions specified in IEC 60466 are met.
[IEC 61992-1, ed. 2.0 (2006-02)]
cubicle switchgear
switchgear, other than metal-clad and compartmented switchgear
NOTE This term applies to switchgear having a metal enclosure and having
– a number of compartments fewer than required for metal-clad or compartmented switchgear, or
– partitions having a degree of protection lower than those indicated in Table 1 of IEC 61992-6, or
– no partitions.
[IEC 61992-1, ed. 2.0 (2006-02)]FR
appareillage sous enveloppe métallique
ensemble d’appareillage avec une enveloppe métallique externe destinée à être mise à la terre, entièrement terminé, à l’exception des connexions extérieures
NOTE L’appareillage sous enveloppe métallique se subdivise en trois types:
– appareillage recouvert de métal;
– appareillage à compartiments (avec une ou plusieurs cloisons non métalliques);
– appareillage d’armoire.
[IEC 61992-1, ed. 2.0 (2006-02)]
appareillage recouvert de métal
appareillage sous enveloppe métallique dans lequel les éléments constitutifs sont disposés dans des compartiments séparés par des cloisons métalliques destinées à être mises à la terre
NOTE 1 Ce terme s’applique à l’appareillage sous enveloppe métallique avec des cloisons métalliques offrant le degré de protection de la CEI 61992-6 (ou un degré supérieur) et ayant des compartiments séparés au moins pour les éléments constitutifs suivants:
– chaque appareil principal de connexion;
– les éléments constitutifs connectés à une face de l'appareil principal de connexion, par exemple le circuit d’alimentation;
– les éléments constitutifs connectés à l’autre face de l'appareil principal de connexion, par exemple les jeux de barres; lorsqu’il y a plus d’un jeu de barres, chaque jeu est dans un compartiment séparé.
NOTE 2 L’appareillage sous enveloppe métallique qui possède des cloisons métalliques et qui répond à toutes les dispositions de la note 1 peut utiliser une barrière en volet isolant comme une partie d’une disposition de volet, dont la combinaison fournit un degré de protection inclus au Tableau 1 de la CEI 61992-6 (ou un degré supérieur) et satisfait aux exigences de la norme pour les cloisons et les volets en matériau isolant.
[IEC 61992-1, ed. 2.0 (2006-02)]
appareillage à compartiments (avec cloisons non métalliques)
appareillage sous enveloppe métallique dans lequel les éléments constitutifs sont disposés dans des compartiments séparés comme pour l’appareillage recouvert de métal, mais avec une ou plusieurs cloisons non métalliques fournissant le degré de protection du Tableau 1 de la CEI 61992-6 (ou un degré supérieur)
NOTE L’appareillage sous enveloppe métallique dans lequel les éléments constitutifs du circuit principal sont noyés individuellement dans un matériau isolant solide peut être considéré comme une alternative, si les conditions spécifiées dans la CEI 60466 sont satisfaites.
[IEC 61992-1, ed. 2.0 (2006-02)]
pareillage d’armoire
appareillage, autre que l’appareillage recouvert de métal ou à compartiments
NOTE Ce terme s’applique à l’appareillage ayant une enveloppe métallique et ayant:
– soit un nombre de compartiments inférieur à celui exigé pour les appareillages recouverts de métal ou à compartiments;
– soit des cloisons d’un degré de protection inférieur à ceux du Tableau 1 de la CEI 61992-6;
– soit pas de cloisons.
[IEC 61992-1, ed. 2.0 (2006-02)]
Комплектное распределительное устройство в металлической оболочке
Рис. ABBГОСТ 14693-90 - Устройства комплектные распределительные негерметизированные в металлической оболочке на напряжение до 10 кВ
Тематики
- комплектное распред. устройство (КРУ)
Синонимы
EN
- compartmented switchgear (with non-metallic partitions)
- cubicle switchgear
- MCSG
- MESG
- metal clad switch gear
- metal clad switchgear
- metal-enclosed switchgear
- metalclad switch gear
- metalclad switchgear
FR
Русско-французский словарь нормативно-технической терминологии > комплектное распределительное устройство в металлической оболочке
-
75 рентгеновские лучи
рентгеновские лучи
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
X ray
A penetrating electromagnetic radiation, usually generated by accelerating electrons to high velocity and suddenly stopping them by collision with a solid body, or by inner-shell transitions of atoms with atomic number greater than 10; their wavelength ranges from about 10(-5) angstrom to 10(3) angstroms, the average wavelength used in research being 1 angstrom. (Source: MGH)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Русско-французский словарь нормативно-технической терминологии > рентгеновские лучи
См. также в других словарях:
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