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Control of the Adsorption Refrigerator Power
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English
Abstract
A mathematical model for the adsorption refrigerator unit operation has been proposed, considering sorption kinetics and hydraulic resistance of vapour tubes. As the result of the experimental studies sorption isotherms and kinetic curves for activated granular carbon CKT, carbon fiber adsorbents, zeolite and water have been obtained. A criterion for the refrigerant quantity determination for filling up the refrigerator unit has been proposed. The paper shows the possibility of effective control over refrigerating capacity of the adsorption refrigerators and of the provision of uniform heat removal from the evaporator by a corresponding choice of hydraulic drag of a vapor tube.
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Citation
Khaustov, V. and Gulko, N., "Control of the Adsorption Refrigerator Power," SAE Technical Paper 941472, 1994, https://doi.org/10.4271/941472.Also In
References
- Bougard J. Thermodynamical and technical problems in solar adsorption refrigerating machines IIR - Meeting Purdue 1986 25 33
- Grenier Ph. Guilleminot J.J. Meunier F. Pons M. Solar powered solid adsorption cold store J. of Solar Energy Engineering 110 1986 192 197
- Jones J.A. Sorption refrigeration research at JPL/NASA, Actes du symp. “Le froid a sorption solide. Paris: 18 - 20 Nov. 1992” Paris 1992 126 135 6
- Critoph R.E. Performance limitations of adsorption cycles for solar cooling Solar Energy 41 1 1988
- Vasiliev L.L. Gulko N.V. Khaustov V.M. Solid adsorption refrigerators with active carbon - acetone and carbon - ethanol pairs, Actes du symp. “Le froid a sorption solide. Paris: 18 - 20 Nov. 1992” Paris 1992 92 99