2[1]Wu Shenyi, Eames Ian W, Innovations in vapor-absorp tion cycles[ J ]. Applied Energy, 2000,66: 251-266.
3[2]Hammad M, Zurigat Y. Performance of a second generation solar cooling unit [ J ], Solar Energy, 1998,67 (2): 79-84.
4[3]Teffrey Gordon M, Kim Choon N G. High-efficiency so lar cooling[J]. Solar Energy, 1999, 68(1) :23-31.
5[4]Shahrb Alizadeh. Multi - pressure absorption cycles in so lar refrigeration: A technical and economical study [J ], Solar Energy, 2000, 69(1 ):37-44.
6[5]Oh M D, Kim S C, Kim Y L, et al. Cycle analysis of an air-cooled LiBr/H20 absorption heat pump of parallel flow type[J]. Int J Refrigeration, 1994, 17(8): 555-565.
7[6]Kurosawa S,Fujimaki S, Development of air-Cooled double-Effect gas-fired absorption water chiller-heater [J ]. ASHRAE Trans, 1989, 95(1): 318-325.
8[7]Okano T, Asawa Y, Fujimoto M, et al. Development of an air-cooled absorption refrigerating machine using a new working fluid [ A]. Proceedings of the International Ab- sorption Heat Pump Conference 1994 [C]. New York, USA:ASME, 1994[C]. 311-314.
10[9]Beutler A S,Feuerecker G R,Alefeld G, et al. Hydroxide mixture as working fluid for absorption heat pumps [J].ASHRAE Trans, 1996, 102(1): 998-1009.
