Abstract
Although energy has tended to lose it’s popularity due to the changing world supply of oil in recent years; if limited availability and depletion of the natural sources are considered; and since energy storage systems involves the collection and retention of the readily available energy for later use and facilitates the efficient utilization of the limited sources, necessity of research and development studies on it becomes clear. Among the storage modes thermel energy storage is attractive for the application related to waste heat, solar energy and Peak electricity.
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References
Close D.J., Dunkle R.V.: Use of Adsorbent Beds for Energy Strorage in Drying and Heating Systems. Solar Energy, 19, 233, 1977.
Tchernev D.I.: Solar Application of Natural Zeolites. Proc. Natural zeolites Occurence Properties and use, Oxford, 1976.
Tchernev D.I.: The Use of Zeolites for Solar Cooling. Proc. 5 th Inter Conference on Zeolites, Naples, Italy, 1980.
Maier P., Rothmeyer M., Alefeld G.; Zeolite Heat Pump and Heat Storage, BHRA INt. Conf. Energy Storage, Cranfield, U.K., 1983.
Guilleminot II., Meunier F., Michler B.: Etude de Cycles Intermittents Adsorption Solide Pour La Refrigeration Solaire, Revue de Phys Appli, vol 15, 441–452, 1980.
Dahome E., Meunier f.: Cycles Reversibles et Irreversibles de Pompe a Chaleur Chimique Application au cas Zeolithe 13x-eau, Rev. gen.Therm. no: 246–247, 485–500, 1982
Meunier F., Mischler B., Guilleminot J.J. Simonot M.H.: On Use of Zeolite 13x-H2O Intermittent Cycle for App. to Sclar Climatization. Sun II. Proced. Int Sol. Energy Soc. 739–743 Atlanta, 1979.
Meunier F., Micheler B.: Solar Cooling Using Microporous Solid Adsorbents, Sun II Proceed. Int. Sol. Energy. Soc. pp 676–680, Atlanta, 1979.
Alefeld G., Maier P., Pothmeyer M.: Zeolite Heat Pump and Heat Transformer for Load Management Proceed., 16th Intersoc. Energy Conv. Conf Vol. 1, pp 855–860., 1981.
Rothmeyer M., Mair P., Alefeld G.: Design Performance of Zeolite Water Heat Pumps. 16 Int. Cong. Refrigeration 306–331, 1983.
Alefeld G., Maier P., Rothmeyer M.: Thermochemical Heat Storage and Heat Transformation with Zeolite as Adsorbents, Proc. IEA Conf. New Energy Conv., 796–819, Newyork, 1981.
Sakado A., Suziki M.: Fund. Study on Solar Powered Adsorption Cooling System, J. Chemical Eng. Japan, Vol. 17, 52–576, 1984.
Ülkü S., Nikhnam S., Değirmen E.: Güneş Enerjisinden Faydalanarak Doğal Zeolitler ile Isitma Sogutma, J. of Thermal sciences and Technology, Vol. 8, No 4, pp 13–20, 1986.
Ülkü S.: Adsorption Heat Pumps, J. Heat Recovery Systems, 1986.6,4 274–284, 1986.
Ülkü S.: Natural Zeolites Energy Storoge and Heat Pumps 7 th. Int. Zeolite Conf., Tokyo, 1986.
Ülkü S: Solar Adsorption Heat Pumps, NATO Asi Solar Energy Utilization Fundamentals and Applications, 129, 424–435. Netherland, 1987.
Aittomaki A, Harkonen M.: Zeclite Heat Pump-Adsorption on Methanol in Synthetic Zeolites 13x, 4A, 5A Int J. Refrig, 240, 1966.
Rothmeyer M.: Wermetransformation mit dem Stoff Paar Zeolite-Wasser Dr.. Rer. nat. Inst, für Festkörperphysik, München, 1985.
Monsen B, Roterud T., Østuold T.: Utvikling Av et Langtids Varm-lager Basert Pa Solenergy En Kjemsk Varmepumpe og Naturlig Zeolititsoin Lggrigsmedium. Faglig Slutt Sinteff. Rapport, Trondheim, Oslo, 1982.
Adbesselem M.B: Determination des Character Istiques Thermadynamiques du Couple Carbon Actif AC35-Methanol, These Docteur, L’Universite Pierre Et Marie Curie, 1985.
Karagiorgas M: Etude DU Comportement Dynamique D’une Pompe a chaleur d Adsorption solide, These Docteur Ing., L’Universite Paris VII,1985.
Mobedi M: Adsorpsiyonlu Isi Pompalari Üzerinde Teorik ve Deneysel bir Çalişma, M.S. Thesis, DEÜ, İzmir,Turkey 1987.
Kivrak Z.: Adsorpsiyonlu Isi Pompalari, M.S. Thesis, DEÜ, İzmir, 1987.
Bayram Yücel: Silicagel-Su Çiftinin Isitma ve Soğutma Sistemlerinde Kullanilmasi, M.S. Thesis, DEÜ, İzmir, 1988.
Gregg, S.M.J., Sing, K.S.W. Adsorption Surface Area and Porosity, Academic Press, London, 1982.
Ruthevne D.M.: Principles of Adsoption and Adsoption Processes, John Wiley & Sons, NewYork, 1984.
Dubinin M.M,: Adsorption in Micropores. J. of Colloid Inter. Sci. 2, 487–499, 1967.
Breck D.W.: Zeclite Molecular Sieves, John Wiley and Sons, Newyork, 1974.
Carter J.W., Barrett D.J.: Comparative Study for Fixed Bed Adsorption of Water Vapour by Activated Alumina,Silica gel and Moleular Sieve adsorbents Trans Inst Chem. Eng. 51, 75. 1973-
Shigeishi R., Langford H., Hollebone B.: Solar Energy Storage Using Chemical Potential Changes Associated with Drying of Zeolites., Solar Energy, 23, 289–295, 1979.
Paykoç, E., Kakaç S.: Solar Thermal Energy Storage; NATO ASI Solar Energy Utilization Fundamentals and Application E129, 424–435, 1987.
Czanderna A. W., Thomas T.M.: Advanced Dessicant Materials Research 1986, SERI, Colorado, 1987.
Scharmazzino R., Aiello R., Sastucci A.: Chabazite Tuff for Thermal storage, Solar Eng., 24, 415–416, 1980.
Nastro A, Aiello R., Collella C. Conte M.: Solar Energy Storage by Natural Zeolites., Alternative Energy Sources III., Washingtan, 1983.
Lava R., Monner J.B., Worek W.M.: Second Law Analysis of Dessicant Cooling Systems, Journal of Solar Energy Engineering, 104, 229–236, 1982.
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Ülkü, A.S., Mobedi, M. (1989). Adsorption in Energy Storage. In: Kılkısş, B., Kakaç, S. (eds) Energy Storage Systems. NATO ASI Series, vol 167. Springer, Dordrecht. https://doi.org/10.1007/978-94-009-2350-8_21
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DOI: https://doi.org/10.1007/978-94-009-2350-8_21
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