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| 无机盐/陶瓷基复合储能材料的制备和性能 |
| 张仁元; 柯秀芳; 李爱菊 |
| 广东工业大学 |
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引用本文:
张仁元; 柯秀芳; 李爱菊 . 无机盐/陶瓷基复合储能材料的制备和性能[J]. 材料研究学报, 2000, 14(6): 652-656.
1 Randy J.Petri., Eayela T.Ong, and Terry D.Clear D., High Temperature Salt/Ceramic Thermal StoragePhase-Change Media, Proceedings, 18 th IECEC, Edited by William R.Martini (New York, AmericanInstitute of Chemical Engineerings, 1983) p.1769-1774
2 R.Tamme., 1990, Advanced Regenerator Media for Industrial and Solar Thermal Applications, Proc. 25thIECEC, Edited by H.Arastoopur, (New York, American Society of Mechanical Engineers united EngineeringCenter, 1990) p.1452
3 张仁元,朱泽培,朱焕良,谢国平,相变(复合)储能技术应用和开发可行性研究报告(广州,中国科学院广州能源研 究所报国家计委节能局,1988)p.1
4 E.Hahne, U.Taut, U.Grob, Salt Ceramic Thermal Energy Storage For Solar Thermal Central ReceiverPlants, Proceedings, Solar World Congress, 1991, Vol.2., Edited by M.E.Arden, (Oxford, Pergamon Press,1992) p.1937
5 A.Gluck, R.Tamme, H.Kalfa, H.Kalfa, C.Streuber, T.Weichert, Development and Testing of Advanced TESMaterials for Solar, Thermal Central Receiver Plants, Proceedings, Solar World Congress, 1991, Vol.2. PartⅡ, Edited by M.E.Arden, (Oxford, Pergamon Press, 1992) p.1943
6 D.Steiner, M.Wierse, M.Groll, Development and investigation of Thermal Energy Storage Systems for theMedium Temperature Range, Proceedings 30th IECEC, Edited by D.Yogi Goswami, Landis Kannberg,(New York, American Society of Mechanical Engineers united Engineering Center, 1995)p.193, |
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