Heat and Mass Transfer in Super Active Carbon/Ethanol Adsorption Heat Pump with Packed Bed Type Adsorber.

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  • スーパー活性炭／エタノール系充填層型吸着ヒートポンプにおける熱・物質移動に関する研究
  • スーパーカッセイタン エタノールケイ ジュウテンソウガタ キュウチャク ヒート

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Abstract

The possibility of producing cold heat energy by the super active carbon/ethanol-adsorption heat pump (AHP) with the packed bed type adsorber was discussed on the basis of both experimental and calculated results of the transient behavior accompanied by this operation.<BR>The trend of experimental results for heat and mass transfer agrees well with computer simulation under closed-system, one-component, non-isothermal conditions in both adsorption and desorption processes. The super active carbon/ethanol-AHP proposed generates high level cold heat energy by raising the desorption temperature. Therefore, this AHP is applicable to a refrigerator. However, it is suggested that enhancement of heat tranfer in the adsorber is indispensable to obtain high power energy from this type of AHP.

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