reservoir storage efficiency

bottom water drive type reservoir — водоплавающая залежь с активным напором вод

original oil bearing reservoir — первоначальный объем, занятый нефтью в коллекторе

reservoir producing by water drive — пласт, разрабатываемый при водонапорном режиме

expansion-type water drive reservoir — коллектор с упруговодонапорным режимом

to produce a reservoir — вести добычу из коллектора;

to tap a reservoir with wells — вскрывать коллектор скважинами

reservoir producing by water drive — пласт, разрабатываемый при водонапорном режиме;

to hold back oil in reservoir — удерживать нефть в пласте;

to produce a reservoir — вести добычу из продуктивного пласта;

to tap a reservoir with wells — вскрывать коллектор скважинами;

reservoir with bottom water — залежь с подошвенной водой коллектора

field-wide rate of production — темп отбора по всей залежи

interval rate of production — интервал или диапазон колебаний дебита закачки)

rate of deviation change — скорость набора угла отклонения (при бурении наклонных скважин)

rate of grout acceptance — скорость поглощения цементного раствора породой

rate of increase of angle — приращение угла (при направленном бурении)

rate of net drilling — скорость чистого бурения

rate of pressure rise — скорость нарастания давления

rate of volume flow — объёмная скорость

rate of water injection — скорость нагнетания [подачи] воды

bathtub hazard rate U- — образная кривая интенсивности отказов

field usage failure rate — интенсивность отказов при эксплуатации в полевых условиях

rate of crack propagation — скорость распространения трещины

rate of hole deviation change — темп набора кривизны скважины

upper critical failure rate — предельно допустимая интенсивность отказов

энергия ГЭС
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

EN

hydroelectric energy
The free renewable source of energy provided by falling water that drives the turbines. Hydropower is the most important of the regenerable energy sources because of its highest efficiency at the energy conversion. There are two types of hydroelectric power plants: a) run-of-river power plants for the use of affluent water; b) storage power plants (power stations with reservoir) where the influx can be regulated with the help of a reservoir. Mostly greater differences in altitudes are being used, like mountain creeks. Power stations with reservoirs are generally marked by barrages with earth fill dam or concrete dams. Though hydropower generally can be called environmentally acceptable, there exist also some problems: a) change of groundwater level and fill up of the river bed with rubble. b) Risk of dam breaks. c) Great demand for land space for the reservoir. d) Diminution, but partly also increase of value of recreation areas. As the hydropowers of the world are limited, the world energy demand however is rising, finally the share of hydropower will decrease. (Source: PORT / PHC / PZ)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

Тематики

• охрана окружающей среды

EN

• hydroelectric energy

DE

• hydroelektrische Energie

FR

• énergie hydroélectrique

энергия ГЭС
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

EN

hydroelectric energy
The free renewable source of energy provided by falling water that drives the turbines. Hydropower is the most important of the regenerable energy sources because of its highest efficiency at the energy conversion. There are two types of hydroelectric power plants: a) run-of-river power plants for the use of affluent water; b) storage power plants (power stations with reservoir) where the influx can be regulated with the help of a reservoir. Mostly greater differences in altitudes are being used, like mountain creeks. Power stations with reservoirs are generally marked by barrages with earth fill dam or concrete dams. Though hydropower generally can be called environmentally acceptable, there exist also some problems: a) change of groundwater level and fill up of the river bed with rubble. b) Risk of dam breaks. c) Great demand for land space for the reservoir. d) Diminution, but partly also increase of value of recreation areas. As the hydropowers of the world are limited, the world energy demand however is rising, finally the share of hydropower will decrease. (Source: PORT / PHC / PZ)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

Тематики

• охрана окружающей среды

EN

• hydroelectric energy

DE

• hydroelektrische Energie

FR

• énergie hydroélectrique

энергия ГЭС
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

EN

hydroelectric energy
The free renewable source of energy provided by falling water that drives the turbines. Hydropower is the most important of the regenerable energy sources because of its highest efficiency at the energy conversion. There are two types of hydroelectric power plants: a) run-of-river power plants for the use of affluent water; b) storage power plants (power stations with reservoir) where the influx can be regulated with the help of a reservoir. Mostly greater differences in altitudes are being used, like mountain creeks. Power stations with reservoirs are generally marked by barrages with earth fill dam or concrete dams. Though hydropower generally can be called environmentally acceptable, there exist also some problems: a) change of groundwater level and fill up of the river bed with rubble. b) Risk of dam breaks. c) Great demand for land space for the reservoir. d) Diminution, but partly also increase of value of recreation areas. As the hydropowers of the world are limited, the world energy demand however is rising, finally the share of hydropower will decrease. (Source: PORT / PHC / PZ)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

Тематики

• охрана окружающей среды

EN

• hydroelectric energy

DE

• hydroelektrische Energie

FR

• énergie hydroélectrique

энергия ГЭС
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

EN

hydroelectric energy
The free renewable source of energy provided by falling water that drives the turbines. Hydropower is the most important of the regenerable energy sources because of its highest efficiency at the energy conversion. There are two types of hydroelectric power plants: a) run-of-river power plants for the use of affluent water; b) storage power plants (power stations with reservoir) where the influx can be regulated with the help of a reservoir. Mostly greater differences in altitudes are being used, like mountain creeks. Power stations with reservoirs are generally marked by barrages with earth fill dam or concrete dams. Though hydropower generally can be called environmentally acceptable, there exist also some problems: a) change of groundwater level and fill up of the river bed with rubble. b) Risk of dam breaks. c) Great demand for land space for the reservoir. d) Diminution, but partly also increase of value of recreation areas. As the hydropowers of the world are limited, the world energy demand however is rising, finally the share of hydropower will decrease. (Source: PORT / PHC / PZ)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

Тематики

• охрана окружающей среды

EN

• hydroelectric energy

DE

• hydroelektrische Energie

FR

• énergie hydroélectrique

энергия ГЭС
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

EN

hydroelectric energy
The free renewable source of energy provided by falling water that drives the turbines. Hydropower is the most important of the regenerable energy sources because of its highest efficiency at the energy conversion. There are two types of hydroelectric power plants: a) run-of-river power plants for the use of affluent water; b) storage power plants (power stations with reservoir) where the influx can be regulated with the help of a reservoir. Mostly greater differences in altitudes are being used, like mountain creeks. Power stations with reservoirs are generally marked by barrages with earth fill dam or concrete dams. Though hydropower generally can be called environmentally acceptable, there exist also some problems: a) change of groundwater level and fill up of the river bed with rubble. b) Risk of dam breaks. c) Great demand for land space for the reservoir. d) Diminution, but partly also increase of value of recreation areas. As the hydropowers of the world are limited, the world energy demand however is rising, finally the share of hydropower will decrease. (Source: PORT / PHC / PZ)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

Тематики

• охрана окружающей среды

EN

• hydroelectric energy

DE

• hydroelektrische Energie

FR

• énergie hydroélectrique

энергия ГЭС
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

EN

hydroelectric energy
The free renewable source of energy provided by falling water that drives the turbines. Hydropower is the most important of the regenerable energy sources because of its highest efficiency at the energy conversion. There are two types of hydroelectric power plants: a) run-of-river power plants for the use of affluent water; b) storage power plants (power stations with reservoir) where the influx can be regulated with the help of a reservoir. Mostly greater differences in altitudes are being used, like mountain creeks. Power stations with reservoirs are generally marked by barrages with earth fill dam or concrete dams. Though hydropower generally can be called environmentally acceptable, there exist also some problems: a) change of groundwater level and fill up of the river bed with rubble. b) Risk of dam breaks. c) Great demand for land space for the reservoir. d) Diminution, but partly also increase of value of recreation areas. As the hydropowers of the world are limited, the world energy demand however is rising, finally the share of hydropower will decrease. (Source: PORT / PHC / PZ)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]

Тематики

• охрана окружающей среды

EN

• hydroelectric energy

DE

• hydroelektrische Energie

FR

• énergie hydroélectrique

to level off — выравнивать

to level up — устанавливать в горизонтальной плоскости, выверять горизонтальность уровнем

to maintain the level — удерживать уровень

to raise the level — повысить уровень

to set up a level — устанавливать нивелир

to test a level for adjustment — поверять уровень

to top up the level — доливать до нормального уровня

to turn level end-for-end — менять местами концы уровня

at ground level — на уровне земли