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Physics / Heating / ventilating / and air conditioning / Physical quantities / Thermodynamics / Heat conduction / Phase-change material / IEA Solar Heating and Cooling Programme / Solar combisystem / Thermal conductivity / Heat transfer / Mechanical engineering / Chemistry


Modeling techniques of TCM/PCM-materials on micro-, meso- and macro scales April 2011 Paul Gantenbein Camilo Rindt
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Document Date: 2014-05-03 09:10:23

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File Size: 1,43 MB

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Company

Domestic Hot Water Systems / Task4224 / DHW / WGA3 / /

Country

France / /

Facility

Thermal Sciences Center of Lyon / Building Wall Containing PCM / /

IndustryTerm

chemical reactions / energy storage / benign energy use / decrease energy consumption / metal-oganic framework materials / system simulation tool / working / internal energy / storage device / large / thermal energy storage experts / thermal energy storage / thermal energy storage systems / thermal energy / thermal energy cooling storage applications / thermal energy storage materials / thermal energy storage devices / thermal energy storage applications / high temperature thermal energy storage / thermal energy storage materials development / active applications / energy / compact thermal energy storage / /

Organization

Thermal Sciences Center of Lyon / /

Person

Paul Gantenbein / Camilo Rindt / Paul Gantenbein Camilo Rindt / /

Position

author / /

Product

polyethylene glycol / /

Technology

Material Engineering / sorption / heat transfer / simulation / /

URL

http /

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