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1 chemical nature
Горное дело: химическая природа, химические свойства -
2 chemical nature
химическая природа; химические свойства -
3 chemical nature of silk
English-Russian dictionary on textile and sewing industry > chemical nature of silk
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4 phytosterols and health implications: chemical nature and occurrence
Универсальный англо-русский словарь > phytosterols and health implications: chemical nature and occurrence
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5 nature
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6 nature
الطَّبيعة \ nature: everything that is not made by man (the countryside; plants, animals, birds etc.): the beauties of nature. \ العالَم الطبيعي \ nature: everything that is not made by man (the countryside; plants animals, birds etc.): the beauties of nature. \ See Also الطبيعة (الطَّبيعَة) \ خَوَاصّ \ nature: the qualities that make one thing different from another; the qualities of a kind or class: Scientists study the nature of every chemical substance. He collects old ornaments, glass and other things of that nature. \ See Also طبيعة (طَبِيعَة) \ صِفَات مُمَيِّزة \ nature: the qualities that make one thing different from another; the qualities of a kind or class: Scientists study the nature of every chemical substance. \ طَبيعة \ nature: the character of a person or animal: His sons all have generous natures. Donkeys are lazy by nature. \ See Also طبع (طَبْع) \ طَبيعة (الشيء) \ nature: the qualities that make one thing different from another; the qualities of a kind or class: Scientists study the nature of every chemical substance. \ قُوَى الطَّبِيعة \ nature: the power that controls all matter, and all change or growth: Nature provides food for all creatures. -
7 chemical composition
- химический состав вещества [материала] (объекта аналитического контроля)
- химический состав
химический состав
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
chemical composition
The nature and proportions of the elements comprising a chemical compound. (Source: CED)
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химический состав вещества [материала] (объекта аналитического контроля)
Совокупность компонентов, из которых состоит вещество [материал] объекта аналитического контроля.
Примечание
Под компонентом понимают химический элемент, химическое соединение, радикал, изотоп, функциональную группу, группу, класс веществ, обладающих разными свойствами и т.д.
[ ГОСТ Р 52361-2005]Тематики
Обобщающие термины
EN
Англо-русский словарь нормативно-технической терминологии > chemical composition
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8 nature
جَوْهَر \ essence: the central or most important quality of sth., by which it can be recognized; the best part of a substance when taken out: The essence of his religious teaching is love for all men. That perfume is essence of roses. gist: the general sense of what is said: My French is weak, but I got the gist of his speech. nature: the qualities that make one thing different from another; the qualities of a kind or class: Scientists study the nature of every chemical substance. -
9 chemical mandatory
English-Russian dictionary on nuclear energy > chemical mandatory
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10 химические свойства
1) Agriculture: chemical characteristics (напр. почвы)2) Chemistry: chemical properties3) Pharmacology: chemical analysis4) Mining: chemical behaviour, chemical nature5) Oceanography: chemical propertysУниверсальный русско-английский словарь > химические свойства
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11 punto de saturación
(n.) = saturation pointEx. This point of maximum concentration, the saturation point, depends on the temperature of the liquid as well as the chemical nature of the substances.* * *(n.) = saturation pointEx: This point of maximum concentration, the saturation point, depends on the temperature of the liquid as well as the chemical nature of the substances.
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12 Chevreul, Michel Eugène
SUBJECT AREA: Chemical technology[br]b. 31 August 1786 Angers, Franced. 9 April 1889 Paris, France[br]French chemist who made significant research contributions to scientific knowledge in the field of colour contrast and standardization and demonstrated the chemical nature of fats.[br]Between 1811 and 1823, Chevreul's work on the fundamental basis of fats led to a great improvement in both the quality of wax candles and in the fats used in the manufacture of soap, and this had considerable advantageous implications for domestic life. The publication of his researches provided the first specific account of the nature of the fats used in the manufacture of soap. His work also led to the development and manufacture of the stearine candle. Stearine was first described by Chevreul in 1814 and was produced by heating glycerine with stearic acid. As early as 1825 M.Gay Lussac obtained a patent in England for making candles from a similar substance. The stearine candle was much more satisfactory than earlier products; it was firmer and gave a brighter light without any accompanying odour. Chevreul became Director of Dyeing in 1824 at the Royal Manufactory of Gobelins, the French national tapestry firm. While there, he carried out research into 1,442 different shades of colour. From 1830 he occupied the Chair of Chemistry at the Muséum d'Histoire Naturelle in Paris.[br]Further ReadingG.Bouchard, 1932, Chevreul (biography).Albert da Costa, 1962, Michel Eugène Chevreul: Pioneer of Organic Chemistry', Wisconsin: Dept of History, University of Wisconsin.DYBiographical history of technology > Chevreul, Michel Eugène
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13 давать представление о
•The difference in... gives an estimate of the resonance energy.
•The last three chapters have given us an insight into the workings of the fluvial denudation process.
•The foregoing discussion gives an idea of the error that would...
•Figure 6 gives an indication of the variation of specific weight with engine size.
•The respiratory quotient provides a rough idea of the chemical nature of a material being oxidized.
Русско-английский научно-технический словарь переводчика > давать представление о
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14 фитостерины и их применение в медицине: химическая природа и распространение
Универсальный русско-английский словарь > фитостерины и их применение в медицине: химическая природа и распространение
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15 химическая природа
Mining: chemical natureУниверсальный русско-английский словарь > химическая природа
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16 давать представление о
•The difference in... gives an estimate of the resonance energy.
•The last three chapters have given us an insight into the workings of the fluvial denudation process.
•The foregoing discussion gives an idea of the error that would...
•Figure 6 gives an indication of the variation of specific weight with engine size.
•The respiratory quotient provides a rough idea of the chemical nature of a material being oxidized.
* * *Давать представление о -- to give an insight into; to provide an insight into; to give an indication of; to give an idea ofMoreover, it gives the designer virtually no insight into the factors which control the behavior of a component.Русско-английский научно-технический словарь переводчика > давать представление о
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17 прогноз выбросов
прогноз выбросов
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
emission forecast
The final step in a clean air plan is to predict future air quality to demonstrate that we can (if we can) meet the health standards by implementing the measures proposed in the plan. This is done by first projecting the emission inventory into the future, taking into account changes in population, housing, employment in specific business sectors, and vehicle miles traveled. These data are obtained from various sources and the resulting emissions are adjusted to account for regulations and control measures scheduled for implementation during the same time period. Additional adjustments are made to reflect large facilities that are expected to start up, modify, or shut down. The resulting inventory is an emission forecast, and is usually expressed in tons per day of particular pollutants for a given year. Additional steps may be required to determine how the forecasted quantities of air pollution will affect the overall air quality. One way to accomplish this is through computer modeling. A computer model simulates how pollutants disperse, react, and move in the air. The inputs to such a computer model are complex. They include weather patterns, terrain, and the chemical nature of air pollutants. (Source: APCD)
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Русско-немецкий словарь нормативно-технической терминологии > прогноз выбросов
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18 prévision d'émission
прогноз выбросов
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
emission forecast
The final step in a clean air plan is to predict future air quality to demonstrate that we can (if we can) meet the health standards by implementing the measures proposed in the plan. This is done by first projecting the emission inventory into the future, taking into account changes in population, housing, employment in specific business sectors, and vehicle miles traveled. These data are obtained from various sources and the resulting emissions are adjusted to account for regulations and control measures scheduled for implementation during the same time period. Additional adjustments are made to reflect large facilities that are expected to start up, modify, or shut down. The resulting inventory is an emission forecast, and is usually expressed in tons per day of particular pollutants for a given year. Additional steps may be required to determine how the forecasted quantities of air pollution will affect the overall air quality. One way to accomplish this is through computer modeling. A computer model simulates how pollutants disperse, react, and move in the air. The inputs to such a computer model are complex. They include weather patterns, terrain, and the chemical nature of air pollutants. (Source: APCD)
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Франко-русский словарь нормативно-технической терминологии > prévision d'émission
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19 Emissionsprognose
прогноз выбросов
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
emission forecast
The final step in a clean air plan is to predict future air quality to demonstrate that we can (if we can) meet the health standards by implementing the measures proposed in the plan. This is done by first projecting the emission inventory into the future, taking into account changes in population, housing, employment in specific business sectors, and vehicle miles traveled. These data are obtained from various sources and the resulting emissions are adjusted to account for regulations and control measures scheduled for implementation during the same time period. Additional adjustments are made to reflect large facilities that are expected to start up, modify, or shut down. The resulting inventory is an emission forecast, and is usually expressed in tons per day of particular pollutants for a given year. Additional steps may be required to determine how the forecasted quantities of air pollution will affect the overall air quality. One way to accomplish this is through computer modeling. A computer model simulates how pollutants disperse, react, and move in the air. The inputs to such a computer model are complex. They include weather patterns, terrain, and the chemical nature of air pollutants. (Source: APCD)
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Немецко-русский словарь нормативно-технической терминологии > Emissionsprognose
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20 прогноз выбросов
прогноз выбросов
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[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
emission forecast
The final step in a clean air plan is to predict future air quality to demonstrate that we can (if we can) meet the health standards by implementing the measures proposed in the plan. This is done by first projecting the emission inventory into the future, taking into account changes in population, housing, employment in specific business sectors, and vehicle miles traveled. These data are obtained from various sources and the resulting emissions are adjusted to account for regulations and control measures scheduled for implementation during the same time period. Additional adjustments are made to reflect large facilities that are expected to start up, modify, or shut down. The resulting inventory is an emission forecast, and is usually expressed in tons per day of particular pollutants for a given year. Additional steps may be required to determine how the forecasted quantities of air pollution will affect the overall air quality. One way to accomplish this is through computer modeling. A computer model simulates how pollutants disperse, react, and move in the air. The inputs to such a computer model are complex. They include weather patterns, terrain, and the chemical nature of air pollutants. (Source: APCD)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
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Русско-английский словарь нормативно-технической терминологии > прогноз выбросов
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