Carnot's cycle oor Tagalog

Carnot's cycle

eienaam

An ideal heat-engine cycle in which the working fluid goes through four successive operations: (1) isothermal expansion to a desired point; (2) adiabatic expansion to a desired point; (3) isothermal compression to such a point that (4) adiabatic compression brings it back to its initial state.

Vertalings in die woordeboek Engels - Tagalog

salikop Karno

an ideal heat-engine cycle in which the working fluid goes through four successive operations

voorbeelde

Thermal processes like combustion, used in fossil fuel power generation and conventional cars, have inherent inefficiencies due to physics (e.g. Carnot cycle) which can be avoided through renewable energy processes.
Thermal proseso tulad ng combustion, na ginagamit sa fossil fuel kapangyarihan henerasyon at maginoo kotse, may taglay na inefficiencies dahil sa physics (eg Carnot cycle) na kung saan ay maaaring iwasan sa pamamagitan ng nababagong enerhiya na proseso.

Thermal processes like combustion, used in fossil fuel power generation and conventional cars, have inherent inefficiencies due to physics (e.g. Carnot cycle) which can be avoided through renewable energy processes.
Thermal mga proseso tulad ng pagkasunog, na ginagamit sa fossil fuel power generation at maginoo kotse, mayroon likas inefficiencies dahil sa pisika (eg Carnot ikot) na maaaring naiwasan sa pamamagitan ng Renewable enerhiya proseso.

Clapeyron expressed Sadi Carnot 's ideas on heat analytically, with the help of graphical representations, in 1834. Sadi Carnot 's work was virtually unknown before Clapeyron's paper in which the Carnot cycle is given in mathematical formulation.
Clapeyron nagpahayag Sadi Carnot 's mga ideya sa init analytically, sa tulong ng mga graphical na isinasaad, sa 1834. Sadi Carnot 's trabaho ay halos hindi kilala bago Clapeyron ng papel sa kung saan ang Carnot cycle ay ibinigay sa matematika pagbabalangkas.

He used it in showing that for a 'Carnot cycle', which transmits heat between two heat reservoirs at different temperatures and at the same time converts heat into work, the maximum work obtained from a given amount of heat depends solely upon the temperatures of the heat reservoirs and not upon the nature of the working substance.
Siya na ginagamit ito sa pagpapakita na para sa isang 'Carnot cycle', na kung saan transmits init sa pagitan ng dalawang init reservoirs sa iba't-ibang mga temperatura at sa parehong oras ang init sa trabaho, ang pinakamataas na trabaho na nakuha mula sa isang ibinigay na halaga ng init ay nakasalalay lamang sa ang temperatura ng init reservoirs at hindi sa ang kalikasan ng mga sangkap ng trabaho.