Глоссарий





Новости переводов

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

22 ноября, 2023

Proofreading of English text



Глоссарии и словари бюро переводов Фларус

Поиск в глоссариях:  

Visibility sensor

Meteorological Glossary
    General term for an instrument used to make direct measurements of visual range or measurements of the physical characteristics of the atmosphere which determine the visual range.




Sensor, английский
  1. Capteur

  2. The part of a measuring instrument which responds directly to changes in the environment.

  3. Чувствительный элемент, датчик

  4. A device used in digital cameras to capture visual information.

  5. Any hardware or software that can detect events or environmental changes, such as your current location or the amount of light around your computer. for example, a notebook with a location sensor, such as a global positioning system (gps) receiver, can determine your exact location. an ambient light sensor can detect when there is a change in lighting, and then a program can use that information to adjust the brightness of your screen.

  6. A device that detects a change in environment or property.

  7. Device that detects a material property or mechanical behavior (such as radiation or displacement) and converts it to an electrical signal.

  8. Device that detects a material property or mechanical behavior (such as radiation or displacement) and converts it to an electrical signal. probe; transducer.5

  9. Device that detects a material property or mechanical behavior (such as radiation or displacement) and converts it to an electrical signal. probe; transducer. 564 ultrasonic testing


Sensor, английский

Sensor, турецкий

Sensor actuator, английский

Sensor adapter, английский
    An adapter that acts as a wrapper around the physical sensor, and provides a standard interface for configuring the sensor, capturing samples, and controlling the flow of biometric data from the sensor into the processing engine.


Sensor arm spring, английский

Sensor de fin de cinta ., испанский

Sensor for airborne terrain analysis, английский
    Датчик бортовой системы воздушной разведки местности


Sensor information, английский
    Сенсорная информация см. также sеnsоry dаtа


Sensor interface, английский
    Интерфейс устройства очувствления


Sensor level, английский

Sensor lever assembly, английский

Sensor light blocking, английский

Sensor module, английский
    Модуль очувствления


Sensor monitoring service, английский
    A windows service that supports screen rotation, screen brightness, and the inbox location provider. windows 8 starts this service whenever it detects one of the corresponding sensors or when a user launches a location-aware app.


Sensor observation space, английский
    Рабочая зона датчика


Sensor package, английский

Sensor performance in radiation environment, английский
    Проект «спайр» ¦по изучению характеристик оптических датчиков [приемников] в условиях ядерного излучения


Sensor receiver and processor, английский

Sensor signal conditioner, английский
    Согласующее [преобразующее] устройство датчика


Sensor update and refurbishment effort, английский
    Программа модернизации разведывательного оборудования самолетов типа «фантом»


Instrument, английский
  1. A term used to describe a sensor (or sensors), the associated transducer(s), and the data read-out or recording device.

  2. (измерительный) прибор

  3. One of many terms for a light, heard mostly in the theater. see: lights.

  4. A piece of equipment or a tool  the doctor had a box of surgical instruments.

  5. A term of extensive application among tools and weapons; but it is here introduced as an official conveyance of some right, or the record of some fact.

  6. A legal document that records an act or agreement and provides the evidence of that act or agreement. instruments include contracts, notes, and leases (e.g. a debt instrument).

  7. Навести инструмент ~ of application точка приложения (напр, силы) ~ of certainty тройная засечка ~ of compound curvature точка сопряжения двух кривых ~ of concentration замыкающий створ ~ of contraflexure точка перегиба ~ of curvature начало или конец кривой (в плане) ~ of cusp точка сопряжения обратных кривых ~ of grade intersection точка перелома в продольном профиле ~ of high stress concentration точка концентрации высоких [значительных] напряжений ~ of inflection точка перегиба ~ of intersection вершина угла (на плане трассы) ~ of lateral restraint точка бокового закрепления [защемления] (сжатого или изгибаемого элемента) ~ of support точка опоры ~ of switch конец остряка ~ of tangency начало или конец кривой (в плане) ~ of the maximum bending moment точка максимального изгибающего момента ~ of vertical curve начало вертикальной кривой ~ of vertical intersection вершина угла вертикальной кривой ~ of vertical tangent начало или конец вертикальной кривой ~ of zero moment точка нулевого момента (на эпюре моментов)

  8. Прибор, инструмент

  9. To tag the source code in order to measure the amount of time spent in each area.

  10. Инструмент


Characteristics, английский
  1. The distinguishing qualities of a navigation aid or buoy, including shape and color, whether fixed or flashing, and flashing sequence.

  2. A high-performance fiber with high chemical resistance that does not burn in air. it has no melting point and does not drip when exposed to flame. the fiber and fabrics from pbi retain their flexibility, dimensional stability, and significant strength without embrittlement even when exposed to flame or extreme heat. the fiber emits little smoke in extreme conditions. it processes well on conventional textile equipment, having processing characteristics similar to polyester. it can be used in 100% form or blended with other fibers. it has a high moisture regain and low modulus with comfort properties similar to cotton. the natural color of pbi is a gold-khaki shade, but it can be dyed to almost any medium to dark shade with conventional basic dyes.

  3. Acetate fabrics are in appearance fast-drying, wrinkle and shrinkage resistant, crisp or soft in hand depending upon the end use.

  4. Although modacrylics are similar to acrylics in properties and application, certain important differences exist. modacrylics have superior resistance to chemicals and combustion, but they are more heat sensitive (lower safe ironing temperature) and have a higher specific gravity (less cover).

  5. Although the properties of the nylons described above vary in some respects, they all exhibit excellent strength, flexibility, toughness, elasticity, abrasion resistance, washability, ease of drying, and resistance to attack by insects and microorganisms.

  6. Because acrylic fibers are thermoplastic, fabrics may be heat-set for wrinkle resistance and to provide permanency to pleats. acrylic fabrics have low moisture absorbency and dry relatively quickly. in general, acrylic fibers are resistant to the degrading effects of ultraviolet rays in sunlight and to a wide range of chemicals and fumes. they provide warmth in fabrics that are lightweight, soft, and resilient. acrylic fibers have relatively poor flame resistance compared with other fibers. some acrylic fabrics, particularly knit types, approximate the hand of fine wool. because of the composition and cross section of the fiber, fabrics made therefrom have a high bulk to weight ratio. this is further enhanced with the so-called “high bulk” spun yarns.

  7. Glass fiber is incombustible and will tolerate heat up to 1000°f without material damage. potential strength is not realized in woven fabrics or even in yarns, because the fiber is brittle and fracture points may develop, but nevertheless, very high tensile strength is obtained in woven fabrics, and is retained at elevated temperatures. the fiber originally was difficult to color but methods have been developed to accomplish this. moisture absorption is low. electrical and insulation resistance is high.

  8. Polychlal fibers have a soft, lamb’s wool-like hand and moderate moisture regain. the fibers are also characterized by high flame resistance and high abrasion resistance.

  9. Polyester fibers have high strength and are resistant to shrinking and stretching. fabrics are quick drying and tend to have wrinkle resistance and crease retention, wet and dry. polyester is used alone and in blends. it has been one of the first fibers to be developed in fabrics with durable-press features.

  10. Polyethylene fibers have a low specific gravity, extremely low moisture regain, the same tensile strength wet and dry, and are resistant to attack by mildew and insects. these qualities have made polyethylene fiber suitable for industrial applications, geotextiles, outdoor furniture, and similar applications. polyethylene fiber does not dye, and in most cases, it is colored by the addition of pigments and dyes to the material prior to spinning. it has a low melting point, a property that has restricted its use in apparel.

  11. Polypropylene fibers have a number of advantages over polyethylene fibers in the field of textile applications. the degree of crystallinity, 72 to 75%, results in a fiber that is strong and resilient, and does not fibrillate like high-density polyethylene. polypropylene has a high work of rupture, which indicates a tough fiber, and may be made with tenacities as high as 8.0 to 8.5 grams per denier. the melting point of polypropylene is 165°c, which is low by comparison with nylon or polyester, but is high enough to make it suitable for most textile applications. so light that it actually floats, polypropylene fiber provides greater coverage per pound than any other fiber. it is highly resistant to mechanical abuse and chemical attack.

  12. Rayon yarns are made in a wide range of types in regard to size, physical characteristics, strength, elongation, luster, handle, suppleness, etc. they may be white or solution dyed. strength is regulated by the process itself and the structure of the yarn. (also see polynosic fiber.) luster is reduced by including delustering materials, such as titanium dioxide pigments, in the fiber when it is extruded. the suppleness of the yarn is controlled by the number of filaments in the yarn, the denier or gauge of the individual filaments or fibers, and the fiber cross-section.

  13. Spandex is lighter in weight, more durable, and more supple than conventional elastic threads and has between two and three times their restraining power. spandex is extruded in a multiplicity of fine filaments which immediately form a monofilament. it can be repeatedly stretched over 500% without breaking and still recover instantly to its original length. it does not suffer deterioration from oxidation as is the case with fine sizes of rubber thread, and it is not damaged by body oils, perspiration, lotions, or detergents.


Atmosphere, английский
  1. The envelope of gases that surround a planet`s surface held by the planet`s gravity. over the earth, the atmosphere is divided into several layers based on their properties. the most common layer designations are

  2. Атмосфера

  3. The ambient air, or thin elastic fluid which surrounds the globe, and gradually diminishing in gravity rises to an unknown height, yet by gravitation partakes of all its motions.

  4. [1] the envelope of air surrounding the globe. [2] a unit of pressure equal to 76 centimeters (29.9 inches) of mercury, or 1033.2 grams/sq. centimeter (2116.3 pounds/sq. foot). (cf. hydrosphere, lithosphere.)

  5. Атмосфера; воздух

  6. Атмосфера. газовая оболочка, окружающая землю (вмо). см. также air— атмосферный воздух.


Measurement, английский
  1. Set of operations having the object of determining a value of a quantity (1)

  2. Измерение. система мер.

  3. Измерение; замер

  4. The size, length, etc. of something which has been measured

  5. Измерение

  6. Обмер

  7. Оценка

  8. Измерение dust ~ измерение концентрации пыли

  9. Измерение. комплекс операций, имеющих целью определение значе-ния величины [32].

  10. The process of ascertaining the attributes, dimensions, extent, quantity, degree or capacity of some object of observation and representing these in the qualitative or quantitative terms of a data language. any empirical pursuit that places the observer outside his object of observation must consider measurement the fundamental process through which scientific constructs or models are linked to reality (->index, ->symptom). otherwise measurement is only one section in a circular process of computing a stable form. the traditional levels of measurement are nominal, ordinal, interval and ratio scales.

  11. The magnitude of the property of an object calibrated against one or more units of measure.

  12. Измерение. комплекс операций, имеющих целью определение значения величины [32].


Characteristic, английский
  1. Property that helps to distinguish between items of a given population (3)

  2. A quality which allows something to be recognised as different  cancer destroys the cell’s characteristics.  adjective being a typical or distinguishing quality  symptoms characteristic of anaemia  the inflammation is characteristic of shingles.

  3. N характеристика (см. тж. portrayal) articulatory ~ артикуляторная характеристика perceptual ~ перцептивная характеристика, характеристика восприятия

  4. Характерная особенность, признак; характеристика, особенность ~s of the loading особенности [параметры] нагружение (конструкции)

  5. The characteristic dimension dc


Visual range, английский
  1. The maximum distance, usually horizontally, at which a given object or light source is just visible under particular conditions of transmittance and background luminance.

  2. The maximum distance at which a given object can be seen. also visibility.


Virtual temperature, английский
    Temperature to which absolutely dry air would have to be brought in order for it to have the density as moist air considered at the same pressure.