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Dissipative heat engine: A critique Published on-line: January 20, 2010, doi:rspaArticle submitted to Royal Society
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Document Date: 2010-03-31 12:43:36

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City

Manaus / St. Petersburg / /

Company

Modeling Laboratory / /

Country

Russia / United States / Brazil / /

Event

Natural Disaster / /

Facility

Plant Sciences / Petersburg Nuclear Physics Institute / University of California / /

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energy conservation law / mechanical energy / universal gas constant / energy balance / kinetic energy / isothermal gas expansion / acquired kinetic energy equal / kinetic energy originating / gas pressure / gas increases / potential energy / gas temperature / gas equation / gas temperature increases / auxilliary dynamic device / energy / /

Organization

Petersburg Nuclear Physics Institute / Instituto Nacional de Pesquisas / Theoretical Physics Division / Royal Society / University of California / Riverside / /

Person

Antonio Donato / Eckhard Rebhan / Van den Broeck / /

Position

Efficiency εmp / RT / heat engine model of hurricane development / /

Product

Sc / Tc / /

ProvinceOrState

California / /

RadioStation

Manaus AM 69060 / /

Technology

thermodynamics / condensation / heat transfer / /

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