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121 протокол ядра NetWare
1) Information technology: NetWare Core Protocol2) Network technologies: NCP, NetWare NetWare Core ProtocolУниверсальный русско-английский словарь > протокол ядра NetWare
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122 open
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123 Kernbereich
m1. core area2. network core -
124 UN
городская сеть
городская электросеть
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[Лугинский Я. Н. и др. Англо-русский словарь по электротехнике и электроэнергетике. 2-е издание - М.: РУССО, 1995 - 616 с.]Тематики
Синонимы
EN
номинальное напряжение
Напряжение, установленное изготовителем для прибора
[ ГОСТ Р 52161. 1-2004 ( МЭК 60335-1: 2001)]
номинальное напряжение Uном, кВ
Номинальное междуфазное напряжение электрической сети, для работы в которой предназначены коммутационные аппараты.
[ ГОСТ Р 52726-2007]
номинальное напряжение
Un
Напряжение, применяемое для обозначения или идентификации системы электроснабжения.
[ ГОСТ Р 51317.4.30-2008 (МЭК 61000-4-30:2008)]EN
rated voltage
voltage assigned to the appliance by the manufacturer
[IEC 60335-1, ed. 4.0 (2001-05)]
rated voltage
quantity value assigned, generally by the manufacturer, for a specified operating condition of a machine
[IEC 60034-18-41, ed. 1.0 (2006-10)]
rated voltage
input or output supply voltage for which equipment is designed or specified
[IEC 88528-11, ed. 1.0 (2004-03)]
rated voltage
specified value of the voltage at the terminals of the machine when operating at a rating. If unidirectional, the voltage is the arithmetic mean of the recurring waveform and if alternating it is the root mean square value of the fundamental frequency component of the recurring waveform
NOTE - In the case of a machine with a protective resistor permanently in series, the resistor is considered as an integral part of the machine
[IEC 60349-1, ed. 1.0 (1999-11)]
rated voltage
the value of voltage assigned by the manufacturer to a component, device or equipment and to which operation and performance characteristics are referred
NOTE - Equipment may have more than one rated voltage value or may have a rated voltage range.
[IEC 62497-1, ed. 1.0 (2010-02)]
rated voltage
reference voltage for which the cable is designed, and which serves to define the electrical tests
NOTE 1 - The rated voltage is expressed by the combination of two values: Uo/U expressed in volts (V):
Uo being the r.m.s. value between any insulated conductor and "earth" (metal covering of the cable or the surrounding medium);
U being the r.m.s. value between any two phase conductors of a multicore cable or of a system of single-core cables.
In an alternating-current system, the rated voltage of a cable is at least equal to the nominal voltage of the system for which it is intended.
This condition applies both to the value Uo and to the value U.
In a direct current system, the nominal voltage of the system is not higher than 1,5 times the rated voltage of the cable.
NOTE 2 - The operating voltage of a system may permanently exceed the nominal voltage of such a system by 10 %. A cable can be used at a 10 % higher operating voltage than its rated voltage if the latter is at least equal to the nominal voltage of the system
[IEC 60245-1, ed. 4.0 (2003-12)]
rated voltage
highest allowable voltage between the conductors in a twin and multi conductor cable, or between one conductor and an electrical conductive screen, or between the two ends of a single core cable, or earth in unscreened cables
[IEC 60800, ed. 3.0 (2009-07)]
rated voltage
the r.m.s. line-to-line voltage under rated conditions
Primary side of input transformer: ULN
Converter input: UVN
Converter output: UaN
Motor voltage: UAN
[IEC 61800-4, ed. 1.0 (2002-09)]
rated voltage
input or output voltage (for three-phase supply, the phase-to-phase voltage) as declared by the manufacturer
[IEC 62040-1, ed. 1.0 (2008-06)]
nominal voltage, Un
voltage by which a system is designated or identified
[IEC 61000-4-30, ed. 2.0 (2008-10)]FR
tension assignée
tension attribuée à l'appareil par le fabricant
[IEC 60335-1, ed. 4.0 (2001-05)]
tension nominale
tension assignée, généraleme<>value of voltage assigned by the manufacturer, to a componentnt par le constructeur pour des conditions spécifiées de fonctionnement de la machine
[IEC 60034-18-41, ed. 1.0 (2006-10)]
tension assignée
tension spécifiée aux bornes de la machine quand celle-ci fonctionne au régime assigné. Dans le cas d'une tension redressée, sa valeur est égale à la valeur moyenne de l'onde périodique. Dans le cas d'une tension alternative, sa valeur est égale à la valeur efficace de la composante fondamentale de l'onde périodique
NOTE - Dans le cas d'une machine équipée d'une résistance de protection connectée en permanence en série, la résistance est considérée comme faisant partie intégrante de la machine
[IEC 60349-1, ed. 1.0 (1999-11)]
tension assignée
valeur de la tension, assignée par le constructeur à un composant, à un dispositif ou à un matériel, et à laquelle on se réfère pour le fonctionnement et pour les caractéristiques fonctionnelles
NOTE - Les matériels peuvent avoir plusieurs valeurs ou une plage de tensions assignées.
[IEC 62497-1, ed. 1.0 (2010-02)]
tension assignée
tension de référence pour laquelle le conducteur ou le câble est prévu et qui sert à définir les essais électriques
NOTE 1 - La tension assignée est exprimée par la combinaison de deux valeurs Uo /U, exprimées en volts (V):
Uo étant la valeur efficace entre l'âme d'un conducteur isolé quelconque et la «terre» (revêtement métallique du câble au milieu environnant);
U étant la valeur efficace entre les âmes conductrices de deux conducteurs de phase quelconques d'un câble multiconducteur ou d'un système de câbles monoconducteurs ou de conducteurs.
Dans un système à courant alternatif, la tension assignée d'un conducteur ou d’un câble est au moins égale à la tension nominale du système pour lequel il est prévu.
Cette condition s'applique à la fois à la valeur Uo et à la valeur U.
Dans un système à courant continu, la tension nominale admise du système n’est pas supérieure à 1,5 fois la tension assignée du conducteur ou du câble.
NOTE 2 - La tension de service d'un système peut en permanence dépasser la tension nominale dudit système de 10 %. Un conducteur ou un câble peut être utilisé à une tension de service supérieure de 10 % à sa tension assignée si cette dernière est au moins égale à la tension nominale du système
[IEC 60245-1, ed. 4.0 (2003-12)]
tension assignée
tension maximale admissible entre les âmes dans un câble ayant une paire ou multi conducteur ou entre une âme et un écran conducteur électrique ou avec la terre pour un câble non écranté ou encore entre les deux extrémités d’un câble à âme unique
[IEC 60800, ed. 3.0 (2009-07)]
tension assignée
valeur efficace de la tension de ligne (entre phases) dans les conditions assignées
Primaire du transformateur d’entrée: ULN
Entrée du convertisseur: UVN
Sortie du convertisseur: UaN
Moteur: UAN
[IEC 61800-4, ed. 1.0 (2002-09)]
tension assignée
tension d’alimentation d’entrée ou de sortie (dans le cas d’une alimentation triphasée, tension entre phases) déclarée par le constructeur
[IEC 62040-1, ed. 1.0 (2008-06)]
tension nominale, Un
tension par laquelle un réseau est désigné ou identifié
[IEC 61000-4-30, ed. 2.0 (2008-10)]Тематики
- аппарат, изделие, устройство...
- высоковольтный аппарат, оборудование...
- прибор электрический
- электроснабжение в целом
Синонимы
- Un
EN
FR
3.11 уникальный идентификатор предмета (unique item identifier; UN): Номер, используемый для уникальной идентификации отдельного предмета учета, действительный в течение всего срока его службы.
Примечание 1 - В случае, если радиочастотная метка повторно используется для идентификации другого предмета, то ранее записанный на нее идентификатор предмета должен быть изменен.
Примечание 2 - Уникальный идентификатор Министерства обороны США (DoD Unique Identifier) и электронный код продукции (ЕРС) являются разновидностями идентификатора предмета. Например, идентификатор GS1 SSCC является идентификатором предмета (Item ID; IID) с ограниченным сроком действия, идентификатор GS1 GRAI - идентификатором предмета для присвоения возвратным активам, GS1 sGTIN - идентификатором предмета для присвоения товарной продукции.
Примечание 3 - Вместо термина «уникальный идентификатор предмета» не рекомендуется применять термин «уникальный идентификатор (UID)». То же самое относится к терминам «идентификатор микросхемы», «идентификатор радиочастотной метки» или «идентификатор объекта».
Источник: ГОСТ Р ИСО/МЭК 15963-2011: Информационные технологии. Радиочастотная идентификация для управления предметами. Уникальная идентификация радиочастотных меток оригинал документа
Англо-русский словарь нормативно-технической терминологии > UN
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125 analysis
1) анализ2) исследование, изучение4) расчет ( обычно проверочный)5) состав6) теория•-
activation analysis
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algorithmic analysis
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amino acid analysis
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approximate analysis
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Auger-electron analysis
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backward analysis
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base ratio analysis
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behavioral analysis
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bending analysis
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bottom-up analysis
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boundary-element analysis
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brittle coating analysis
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buckling analysis
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bulk analysis
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carbon group analysis
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cepstral analysis
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chemical analysis
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chromatographic analysis
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circuit analysis
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circuit malfunotion analysis
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closed boundary analysis
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clustering analysis
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cluster analysis
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coal-sizing analysis
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combustion analysis
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comfirmatory analysis
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comparative analysis
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compensation analysis
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component analysis of casing head gas
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computer aided analysis
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core analysis
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correlation analysis
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coupled-mode analysis
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covariance analysis
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criticality analysis
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cross correlation analysis
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cross-field analysis
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cryoscopic analysis
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crystal analysis
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cylindrical mirror Auger analysis
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data analysis
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depth-area-duration analysis
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destructive analysis
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diagnostic analysis
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differential thermal analysis
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diffraction analysis
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dilatometric analysis
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discourse analysis
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discriminant analysis
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dispersion analysis
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distortion analysis
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dynamic force analysis
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ecological analysis
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economic analysis
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elastic-plastic stress analysis
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electron diffraction analysis
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electron microprobe analysis
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electron probe analysis
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emission analysis
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end-point analysis
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energy-dispersive analysis
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environmental analysis
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error analysis
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event-sequence analysis
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extinction analysis
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factor analysis
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failure analysis
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failure cause analysis
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fast neutron activation analysis
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field analysis
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fine-mesh analysis
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fingerprint analysis
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finite-element analysis
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float-and-sink analysis
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fluorescence analysis
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formation damage analysis
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four-dimensional analysis
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Fourier analysis
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fractional analysis
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frequency analysis
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frequency-domain analysis
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frequency-response analysis
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frontal analysis
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fuel analysis
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gamma-ray analysis
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gradation analysis of soil
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grading analysis
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gravimetric analysis
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grid-point analysis
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group analysis
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harmonic analysis
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Hempel analysis
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heteroduplex analysis
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hot-extraction gas analysis
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hydrograph analysis
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immunoblot analysis
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infrared analysis
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Interactive analysis
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interactive image analysis
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ion microprobe mass analysis
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ladle analysis
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large-sample analysis
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least-square analysis
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limit state analysis
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linear analysis
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logical analysis
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logic analysis
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magnetometric analysis
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malfunction analysis
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market analysis
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mass spectrographic analysis
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mass spectrometric analysis
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mathematical analysis
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matrix analysis
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measure analysis
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mechanical analysis
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mesh analysis
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microprobe analysis
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microprobe-inclusion analysis
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microscopical analysis
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microstructure analysis
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mobility-shift analysis
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modal analysis
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model-based analysis
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model analysis
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moire stress analysis
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molecular spectrum analysis
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multilevel analysis
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multivariate analysis
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NDT analysis
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nearest neighbor analysis
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nephelometric analysis
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network analysis
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neutron diffraction analysis
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nodal analysis
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noise analysis
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nondestructive test analysis
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noninvasive analysis
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numerical analysis
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observational analysis
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octave analysis
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oil type analysis
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on-line analysis
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operations analysis
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opticospectral analysis
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parametric analysis
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particle-size analysis
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periodogram analysis
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perturbation analysis
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petrographic analysis
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phase shift analysis of the scattering
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phase-plane analysis
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photoelastic-coating analysis
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photoelasticity analysis
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polarographic analysis
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pore-size analysis
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postaccident criticality analysis
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posttest analysis
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predictive analysis
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pretest analysis
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probit analysis
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proximate analysis
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qualitative analysis
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quantitative analysis
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radioactive tracer analysis
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radiographic analysis
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RAM analysis
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rapid analysis
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real-time analysis
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regression analysis
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release analysis
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reliability analysis
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reliability availability maintainability analysis
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revolving field analysis
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ring analysis
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Rutherford scattering analysis
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safety transit analysis
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sample analysis
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sampling analysis
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scale analysis
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screen analysis
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sea-level analysis
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sedimentation analysis
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shear analysis
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sieve analysis
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signature analysis
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simulated network analysis
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single burst analysis
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slag analysis
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small signal analysis
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solar resource analysis
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spatial frequency analysis
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spectral analysis
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spectrophotometric analysis
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speculative analysis
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spot test analysis
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stack-gas analysis
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standing wave analysis
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statistical analysis
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stiffness analysis
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strain-gage analysis
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strength analysis
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stress analysis
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structural analysis
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subsynoptic-scale analysis
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symbolic analysis
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syntactic analysis
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systems analysis
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system analysis
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tapping analysis
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temporal pulse analysis
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tensor analysis
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test sieve analysis
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thermal analysis
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thermoeconomic analysis
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thermographic analysis
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thermogravimetric analysis
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thermomagneto-gravimetric analysis
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three-dimensional analysis
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time series analysis
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timing analysis
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top-down analysis
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trace analysis
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transient analysis
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triangular hydrograph analysis
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ultimate analysis
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upper-level analysis
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variance analysis
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vault-pathways analysis
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vector analysis
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wandering spot analysis
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water analysis
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wave analysis
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weather analysis
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wet analysis
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worst-case analysis
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X-ray absorption analysis
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X-ray analysis
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X-ray crystal analysis
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X-ray dispersive analysis
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X-ray emission analysis
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X-ray image analysis
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X-ray spectrum analysis
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X-ray structure analysis
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Zuber's hydrodynamic analysis -
126 NCP
1. NetWare core protocol - основной протокол для передачи информации между сервером NetWare и его клиентами;2. network control program - программа управления сетью;3. network control protocol - протокол управления сетью;4. noncapillary porosity - некапиллярная порозность;5. noncarbon paper - бумага с безугольным копировальным слоем -
127 NCP
1) [NetWare core protocol] основной протокол доступа к сетям NetWare, протокол NCP2) [network control program] программа управления сетью с-архитектурой SNA, программа NCP3) [network control protocols] семейство протоколов управления сетью, протоколы NCP -
128 NCP
1) сокр. от NetWare core protocol основной протокол доступа к сетям NetWare, протокол NCP2) сокр. от network control program программа управления сетью с архитектурой SNA, программа NCP3) сокр. от network control protocols семейство протоколов управления сетью, протоколы NCPThe New English-Russian Dictionary of Radio-electronics > NCP
См. также в других словарях:
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