Глоссарий





Новости переводов

16 мая, 2024

Translating UMI-CMS based website

19 апреля, 2024

Translations in furniture production

07 февраля, 2024

Ghostwriting vs. Copywriting

30 января, 2024

Preparing a scientific article for publication in an electronic (online) journal

20 декабря, 2023

Translation and editing of drawings in CAD systems

10 декабря, 2023

About automatic speech recognition

30 ноября, 2023

Translation services for tunneling shields and tunnel construction technologies



Глоссарии и словари бюро переводов Фларус

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X-ray paper (rt)

Глоссарий терминов по технологиям неразрушающего контроля (NDT)
    White paper coated on one side with emulsion for use with or without an intensifying screen. it is suitable for use with x-rays. x-ray spectrometer (rt)




Intensifying, английский
    Усиление


Spectrometer, английский
  1. An instrument for identifying and comparing materials by the dispersing of light and the study of the spectra formed.

  2. Device used to characterize the emission spectrum of a source of electromagnetic radiation as counts per integration time, as relative irradiance, or as absolute irradiance versus wavelength or frequency. compare mass spectrometer.

  3. Device used to characterize the emission spectrum of a source of electromagnetic radiation in counts per integration time, relative irradiance, or absolute irradiance versus wavelength or frequency. compare spectrofluorometer; spectroradiometer. see also polychromator spectrometer.


Radiographic paper (rt), английский
    White paper coated on one side with emulsion, suitable for some purposes as an alternative to x-ray film.


Resultant (vector field) (mt), английский
    When two or more magnetizing forces operating in different directions are simultaneously applied to a ferromagnetic material, a resultant field is produced, having a direction which is determined by the relative strengths and directions of the applied magnetizing forces. such a field is also referred to as a vector field. if either or both of the applied magnetizing forces are themselves varying in direction or amount, the resultant field is moving or swinging in direction and strength. such a moving resultant field is sometimes referred to as a “swinging field”.