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Design and Modelling of a Study Platform for Solid Desiccant- Vapour Kinetics

机译:固体干燥剂-蒸气动力学研究平台的设计与建模

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摘要

As a beginning step toward the construction of solid desiccant-based adsorption heat pump, a study platform to understand the desiccant-vapor kinetics is to be designed and modelled. In the system, while the desiccant beds are thermally activated and controlled, fully vaporized water (or can be other materials) is supplied to the absorbent beds and form the absorbent-vapor complex. Heat and mass transfer properties of the vapour in the absorbent beds, according to the external transient thermal and pressure inputs, are predicted and discussed. Indeed, a strategy to develop solid desiccant-based adsorption heat pump are discussed, based upon the analysis of the current system.
机译:作为构建基于固体干燥剂的吸附式热泵的第一步,将设计和建模一个了解干燥剂-蒸气动力学的研究平台。在该系统中,当干燥剂床被热激活和控制时,完全汽化的水(或可以是其他材料)被供应到吸收剂床并形成吸收剂-蒸气复合物。根据外部瞬态热和压力输入,预测并讨论了吸收床中蒸气的传热和传质特性。的确,基于对当前系统的分析,讨论了开发基于固体干燥剂的吸附式热泵的策略。

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