Výsledky hledání "geothermal energy" v anglicko-českém slovníku:
Slovo | Překlad | Výslovnost | Definice | Viz také |
---|---|---|---|---|
geothermal energy | geotermální energie | [dži:əuӨə:məl enədži] | Energy generated from heat stored in the earth, or the collection of absorbed heat derived from underground. | |
geothermal anomaly | geotermická anomálie | [dži:əuӨə:məl anoməli] | Conspicuous deviation of geothermal temperature gradient or heat flow from average values. | |
geothermal flux | zemský tepelný tok | [dži:әuӨә:mәl flәks] | The flow of heat travelling from the interior of the Earth to its surface due to the higher temperatures prevailing in the interior arising from the decay of radioactive elements in the Earth's crust and residual heat in the Earth's formation. | terrestrial heat flow, geothermal flux density |
geothermal fluid | geotermální kapalina | [dži:əuӨə:məl fluid] | A dry steam, wet steam or hot water with dissolved and entrained substances conveyed or flowing out of the Earth's crust. | |
geothermal gradient | geotermický gradient | [dži:əuӨə:məl greidiənt] | The increase in temperature per unit of depth through the crust and upper layers of the Earth's mantle in the direction toward the centre of the Earth. The average temperature gradient near the surface is approximately 30 K/km. | geothermal temperature gradient |
geothermal power | geotermální energie | [dži:əuӨə:məl pauə] | ||
geothermal flux density | zemský tepelný tok | [dži:әuӨә:mәl flәks densiti] | The flow of heat travelling from the interior of the Earth to its surface due to the higher temperatures prevailing in the interior arising from the decay of radioactive elements in the Earth's crust and residual heat in the Earth's formation. | terrestrial heat flow, geothermal flux |
geothermal hot water field | zásobník geotermální vody | [dži:əuӨə:məl hot wo:tə fi:ld] | The occurence of water in an aquifer that is heated by its surroundings and that is maintained under a hydrostatic pressure greater than the saturation pressure so that no steam phase forms. | geothermal hot water reservoir, water-dominated reservoir |
geothermal hot water reservoir | zásobník geotermální vody | [dži:əuӨə:məl hot wo:tə rezəvwa:] | The occurence of water in an aquifer that is heated by its surroundings and that is maintained under a hydrostatic pressure greater than the saturation pressure so that no steam phase forms. | geothermal hot water field, water-dominated reservoir |
geothermal power plant | geotermální elektrárna | [dži:əuӨə:məl pauə pla:nt] | A power station or plant that converts geothermal energy into electrical energy. A geothermal heat station or plant makes geothermal enegy available as heat only, e.g. for space heating and process heating. | geothermal power station |
geothermal power station | geotermální elektrárna | [dži:əuӨə:məl pauə steišən] | A power station or plant that converts geothermal energy into electrical energy. A geothermal heat station or plant makes geothermal enegy available as heat only, e.g. for space heating and process heating. | geothermal power plant |
geothermal steam field | zásobník geotermální páry | [dži:əuӨə:məl sti:m fi:ld] | The occurrence of steam in underground structures that has been generated as a result of geothermal anomalies, but due to enclosing strata cannot escape or can only escape in negligible quantities. | geothermal steam reservoir, steam-dominated geothermal reservoir |
geothermal steam reservoir | zásobník geotermální páry | [dži:əuӨə:məl sti:m rezәvwa:] | The occurrence of steam in underground structures that has been generated as a result of geothermal anomalies, but due to enclosing strata cannot escape or can only escape in negligible quantities. | geothermal steam field, steam-dominated geothermal reservoir |
geothermal temperature gradient | geotermický gradient | [dži:əuӨə:məl temprәčә: greidiәnt] | The increase in temperature per unit of depth through the crust and upper layers of the Earth's mantle in the direction toward the centre of the Earth. The average temperature gradient near the surface is approximately 30 K/km. | geothermal gradient |
steam-dominated geothermal reservoir | zásobník geotermální páry | [sti:m domineitid džieuӨә:mәl rezivwa] | The occurrence of steam in underground structures that has been generated as a result of geothermal anomalies, but due to enclosing strata cannot escape or can only escape in negligible quantities. | geothermal steam field |
energy | energie | [enədži] | The capacity of a body or system to do work. A measure of this capacity, expressed as the work that it does in changing to some specified reference state. Energy is measured in joules (Sl unit). | |
energy security | energetická bezpečnost | [enədži sәkjәriti] | Ensuring sufficient energy sources today and in future. | |
energy conservation | konzervace energie | [enədži konsәveišәn] | The practice of decreasing the quantity of energy used. | |
energy consumption | spotřeba energie | [enədži konsәmšәn] | ||
solar energy | solární energie, sluneční energie | [səulə enədži] | 1. The radiant energy which originates from the sun. 2. The utilisation of the sun 's rays to provide a renewable source of energy for human use. | |
low energy house | nízkoenergetický dům | [lәu enәdži haus] | Consumption of building max.: 50kWh/m2 per year in heating and cooling energy (Czech standard). | |
low-quality energy | nízkopotenciální energie | [ləu kwoliti enədži] | Energy that is disorganised or dispersed and that has little ability to do useful work. | |
energy conversion | přeměna energie | [enədži konvə:žən] | ||
feedstock energy | energie surovin | [fi:dstok enədži] | The gross combustion heat of raw materials inputs which are not used as an energy source for a product system. | |
energy crop | energetické rostliny (pl.) | [enədži krop] | Crops grown specifically for their fuel value. These include food crops such as corn and sugar cane, and non-food crops such as poplar trees and switchgrass. | fuel crop |
metabolizable energy | metabolizovatelná energie, využitelná energie | [mətæbəlaizebəl enədži] | The gross energy less energy in faeces and N excreted. | |
energy efficiency | energetická účinnost | [enədži ifišənsi] | ||
net specific energy | výhřevnost | [net spәsifik enәdži] | The amount of heat produced by the complete combustion of a specific amount of fuel. This is a measure of fuel efficiency. | heating value |
energy efficient | energeticky účinný | [enədži ifišәnt] | ||
non-commercial energy | energie získaná nekomerčně | [non kəmə:šəl enədži] | Energy used by people who gather fuelwood, dung or crops waste for their own use. | |
energy farm | energetická farma, farma produkující biomasu | [enədži fa:m] | Any area of land or water in which plants are grown specifically for their ability to produce large amounts of biomass rapidly which can be converted into a range of biofuels such as methane or ethanol. | |
alternative energy | alternativní (zdroje) energie | [oltə:nətiv enədži] | Energy obtained from sources other than nuclear power or traditional fossil fuels such as coal, oil and gas. | |
energy flow | energetický tok | [enədži fləu] | Input to or output from a unit process or product system quantified in energy units. | |
nuclear energy | jaderná energie, nukleární energie, atomová energie | [nju:kliə enədži] | The energy released in nuclear reactions or transitions. | atomic energy, nuclear power |
energy gradient | gradient energie | [enədži greidiənt] | Change in energy per unit length in direction of flow or motion. | |
commercial energy | kupovaná energie | [kәmə:šəl enədži] | Energy sold in the marketplace. | |
ocean energy | energie oceánu | [әušәn enәdži] | Source of energy in the form of fluid flow (currents, waves, and tides - also termed hydrokinetics) and thermal and salinity gradients. | |
energy intensity | intenzita energie | [enədži intensiti] | ||
energy label | energetický štítek | [enədži leibәl] | Label indicating energy efficiency of the appliance, rated in terms of a set of energy efficiency classes. | |
energy management | řízení energetického hospodářství, management energetiky | [enədži mænədžmәnt] | ||
digestible energy | stravitelná energie | [daidžestibəl enədži] | The gross energy tess tne energy in faeces. | |
process energy | energie procesu | [prəuses enədži] | Energy input required for operating the process or equipment within a unit process excluding energy inputs for production and delivery of the energy itself. | |
energy policy | energetická politika | [enədži polisi] | ||
renewable energy | obnovitelné energetické zdroje (pl.), obnovitelné zdroje energie (pl.), alternativní energetické zdroje (pl.) | [rinju:әbәl enәdži] | The known and assumed, naturally occuring, continuously renewed energy resources that are either already of economic value or whose economic value may be assumed to be realised within the near future (e.g. sun, wind, tidal, wave and geothermal energy). | renewable energy resources (pl.), renewable sources of energy (pl.), renewables (pl.), alternative energy sources (pl.), sustainable energy sources (pl.) |
energy quality | kvalita energie | [enədži kwoliti] | Ability of a form of energy to do useful work. | |
energy balance | energetická bilance | [enədži bælens] | Difference between the total incoming and total outgoing energy; if this balance is positive, warming occurs, if it is negative, cooling occurs. | |
energy saving(s) (pl.) | úspora energie | [enәdži seiviŋz] | ||
energy budget | energetická bilance, rozpočet pro energii | [enədži badžet] | ||
soft energy path | měkká energetická cesta | [soft enәdži pa:Ө] | Theory by Amory Lovins; replacing current energy system based on fossil and nuclear fuels by renewable sources and efficient use. | |
Energy Services Company | podnik poskytující energetické služby (formou EPC) | [enәdži sә:visiz kәmpәni] | ESCO | |
mass and energy flow | tok materiálu a energií | [mæs ænd enədži fləu] | ||
wave-energy device | zařízení využívající energie mořských vln | [weiv enədži divais] | A device designed to capture wave energy for conversion to useful energy, which may or may not be transmitted to shore. | |
non-polluting source of energy | zdroj energie neznečišťující prostředí | [non pəlu:tiŋ so:s əv enədži] | ||
biological energy conversion | biokonverze, biologická konverze | [baiəlodžikəl enə:dži kənvə:žən] | The overall process in which organic plant matter is produced, collected and either converted to or used as a fuel. In the stricter sense the term refers only to conversions mediated by microorganisms, e.g. fermentation. | bioconversion |
conventional energy sources (pl.) | konvenční zdroje energie (pl.) | [kәnvenšәnәl enedži sorsiz] | Energy from fossil fuels (coal, gas, oil). | |
principle of conservation of energy | zákon zachování energie | [prinsipəl əv konsəveišən əv enədži] | ||
energy payback period | energetická návratnost, energtická doba návratnosti | [enədži peibæk piriәd] | Period of time over which the energy savings of a project equal the amount of energy expended since project inception. | |
economic energy potential | ekonomický (hydro)energetický potenciál | [ekənomik enədži pətenšəl] | The amount of water power that is economically exploitable under given conditions. | |
renewable energy resources (pl.) | obnovitelné energetické zdroje (pl.), obnovitelné zdroje energie (pl.), alternativní energetické zdroje (pl.) | [rinju:әbәl enәdži rizo:siz] | The known and assumed, naturally occuring, continuously renewed energy resources that are either already of economic value or whose economic value may be assumed to be realised within the near future (e.g. sun, wind, tidal, wave and geothermal energy). | renewable sources of energy (pl.), renewable energy, renewables (pl.), alternative energy sources (pl.), sustainable energy sources (pl.) |
renewable sources of energy (pl.) | obnovitelné energetické zdroje (pl.), obnovitelné zdroje energie (pl.), alternativní energetické zdroje (pl.) | [rinju:əbəl so:siz əv enədži] | The known and assumed, naturally occuring, continuously renewed energy resources that are either already of economic value or whose economic value may be assumed to be realised within the near future (e.g. sun, wind, tidal, wave and geothermal energy). | renewable energy resources (pl.), renewable energy, renewables (pl.), alternative energy sources (pl.), sustainable energy sources (pl.) |
International Atomic Energy Agency | Mezinárodní agentura pro atomovou energii | [intənæšənəl atomik enədži eidžənsi] | ||
Ocean Thermal Energy Conversion | využití tepelné energie oceánů | [əušən Өə:məl enədži kәnvə:žən] | Exploitation of the temperature difference existing between the surface and the depth of oceans to produce useful energy. Such a difference constitutes a system that can be used to vaporize and condense a working fluid to drive a turbine. | OTEC |
European Community Energy Star Board | Úřad Evropského společenství Energy Star | [jurәpi:әn kәmju:niti enәdži sta: bo:d] | ||
United Nations Atomic Energy Commission | Komise OSN pro atomovou energii, UNAEC | [ju:naitid neišənz atomik enədži kәmišən] | ||
Centre for Natural Resources, Energy and Transport (United Nations) | Středisko OSN pro přírodní zdroje, energii a dopravu | [sentə fo: næčərəl rizo:siz enədži ænd trænspo:t junaitid neišənz] | CNRET |