Investigation and Development on Phase Transition Temperature Control and Adjustment of Inorganic Salt Hydrates

Abstract:

Whereas inorganic salt hydrates are typical inorganic phase change materials suitable for the temperature range of 0-150°C, their investigation and applications on thermal energy storage have received more and more during the recent years. A review on investigation progress and applications of their phase transition temperature control and adjustment was made in this paper, which is of important reference and practical value for understanding and predominating the investigation and engineering applications on their phase transition temperature control and adjustment.

• Periodical: Advanced Materials Research (Volumes 550-553)
• Pages: 2644-2648
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.550-553.2644
• Online since: July 2012
• Authors: Hai Ming Gu, Xiao Qin Zhu, Zi Yue Zhu, Jin Hu, Hui Yuan Zhao, Wei Huan Li
• Keywords: Engineering Applications, Inorganic Salt Hydrates, Phase Transition Temperature Adjustment, Phase Transition Temperature Control

References

[1] N.Nallusamy, S.Sampath and R.Velraj: Renewable Energy. Vol.32 (2007), p.1206

[2] X.Q. Zhu, Y.F. Yang, S.L.Li, et al: Chemical Engineering (in Chinese). Vol.36 (2008), p.23

[3] X.Q. Zhu, J.S.Lu, J.L. Sun, et al: Inorganic Salt Industry (in Chinese). Vol.36 (2007), p.23

[4] P.Wang, L.Jiang, B.Y. Zhang, et al: Chemical Engineering and Equipment (in Chinese), Vol.39 (2010), p.155

[5] Y.Shang and X.Zhang: Materials Review (in Chinese), Vol.19 (2005), p.256

[6] A.Kürklü: Renewable Energy, Vol.13 (1998), p.89

[7] A.Karaipekli and A.Sari: Renewable Energy, Vol.23 (2008), p.2599

[8] H.H. Öztürk. Energy Conversion and Management, Vol.46 (2005), p.1523

[9] H.L. Wang, Z.R. Zou, H.W. Chen, et al: Journal of Agricultural Engineering (in Chinese), Vol. 24 (2008), p.304

[10] B.Zalba, J.M. Marín, L.F. Cabeza, et al: Applied Thermal Engineering, Vol. 23 (2003), p.251

[11] H.Ye, J.Wang, S.Y. Zhuang, et al: Acta Energiae Solaris Sinica , Vol. 25(2004), p.651

[12] A.Laouadi and M.Lacroix: International Journal of Heat Mass Transfer, Vol.42 (1999), p.275

[13] K.P. Liu, Y.P. Zhang, X.Xu, et al: Energy and Buildings (in Chinese), Vol.37 (2005), p.215

[14] D.Zhang, M.M. Zhou, K.R.Wu, et al: Journal of Building Materials (in Chinese), Vol.6 (2003), p.374

[15] Y.S. Yang, F.Q. Dong and S.Y. Gan. Functional Materials (in Chinese), Vol.38 (2007), p.276

[16] P.Kauranen, K.Peippo and P.D. Lund: Solar Energy, Vol.46 (1991), p.275

[17] A.Y. Chen, X.Y. Wang and X.Z. Cao: Materials Review (in Chinese), Vol.17 (2003), p.42

[18] H.P. Gary, S.C. Mullick and A.K. Bhargave: D.Reidel Publishing Company, Holand, (1985)

[19] K.Hiroshi and K.Junjiro: Solar Energy, Vol.33 (1984), p.49

[20] A.Brandstetter: Solar Energy, Vol.41 (1988), p.183

[21] X.Q. Zhu, J.Hu, J.S.Lu, et al: Material Engineering(in Chinese), Vol.55(Sup.)(2010), p.334