本研究以石墨紙做為密封層，以EL製程的方式，在商用石墨表面進行鎳層鍍膜後，再以石墨紙進行單面之披覆製程，同時探討材料與石墨紙結合的程度，及其對鍍膜厚度、結合強度及顯微結構的影響，並進一步觀察密封層在硝酸鹽類中靜態腐蝕前後的變化。

This research is about using electroless nickel plate as an interlayer to bond the commercial graphite and graphite foil together, and discussion about the effectiveness of the plating by modifying the amount of the solvent in the electroless solution. And after plating, this research discussed about the parameter of the bonding temperature and bonding time in case to minimum the cost of making this compound. In the final, we use the corrosion test and bonding strength test to determine whether this composite is appropriate to use in PCM with molten salts.
The result indicates that this composite is strong enough to bear the corrosion of the molten nitrates, and the bonding strength is even stronger than the base material itself. Combine of all the adventages from the property cause by the bonding and the base material, this composite has a great potential to be as a PCM candidate material.

何宜儒，“碳材料在氟化鹽類中的靜態腐蝕與沖蝕研究”，國立成功大學材料科學及工程研究所碩士論文，2012.

紀奕宏，“熱壓壓力及持溫時間對快速碳化製作碳/碳複合材料機械性質之影響”，國立成功大學材料科學及工程研究所碩士論文，2010.

孫銘弘，“表面處理對碳/碳複合材料性質研究”，國立成功大學材料科學及工程研究所碩士論文，2011.

陳聰偉，“表面處理對碳/碳複合材料性質之影響”，國立成功大學材料科學及工程研究所碩士論文，2013.

方琮文，“商用石墨及碳/碳複合材料之表面處理方法及其性質研究”，國立成功大學材料科學及工程研究所碩士論文，2014.

袁澄波，石作珉，陳汝翼，“石墨材料之開發與應用”，復漢出版社，1999

賴耿陽，“碳材料化學與工學”，復漢出版社，1991.

任京成 沈萬慈，“柔性石墨材料和膨脹石墨材料的現狀及發展趨勢”，非金屬礦，1999.
陳志剛，張勇，楊娟 邱滔，“膨脹石墨的製備、結構與應用”，江蘇大學學報，2005.

于梅，陳玉婷，“膨脹石墨特性淺析及其在阻燃方面的應用前景”，師範學院院報，2002.

許明發，郭文雄，“複合材料”，高立圖書，1998.

Hidekazu Sueyoshi，Tomoyoshi Nishida，“Solid State Bonding of Graphite to Nickel”，Materials Transactions，Vol.42，no.1，pp.163-170，2001.

Tomoyuki Nishida，Hidekazu Sueyoshi，“Effects of Carbon Fiber Orientation and Graphitization on Solid State Bonding of C/C Composite to Nickel”， Materials Transactions, Vol. 44，No. 1，pp.148-154，2003.

Hidekazu Sueyoshi，Tomoyoshi Nishida，“Effect of Joining compressive on solid state bonding of Nickel to Graphite”，Materials Transactions，Vol.42，no.12，pp.2559-2566，2001.

Bernardet V. and Gomes S.，et al.，“Protection of nuclear graphite toward fluoride molten salt by glassy carbon deposit”，Journal of Nuclear Materials，pp.292-302，2009.

Briggs R. B.，“Molten Salt Reactor Program Semiannual Progress Report for Period Ending”，ORNL-3282，Oak Ridge National Laboratory，Oak Ridge，TN，1962.

D.D. SOOD，Molten Salt Reactor Concept，Board of Research in Nuclear Science，Bombay，1980.

Buckley J.D. and Edie D.D.，in “Carbon-Carbon Materials and Composites”，Noyes，New Jersey，pp.1-281，1993.

Fan-Yi Ouyang，et al. Effect of moisture on corrosion of Ni-based alloys in molten alkali fluoride FLiNaK salt environments. Journal of Nuclear Materials，2013，437(1-3): 201-207.

Fitzer E.，“The Future of Carbon-Carbon composites”，Carbon，Vol.25，pp.163-190，1987.

Franklin R.E.，“The structure of graphitic carbons” Acta crystallographica，Vol.4，pp.253-261，1951.

Greg Kolb，"Concentrating Solar Power: The 'Other' Solar A Systems Perspective"，Sandia National Laboratories, Nov., 2004.

Grimes W. R. et al.，“Chemical Aspects of Molten Fluoride Salt Reactor Fuels in Fluid-Fueled Reactors”，ed. J. A. Lane et al.，Addison-Wesley，NY，Chap.12，1958.

International Energy Agency，"Technology Roadmap Concentrating Solar Power"，©OECD/IEA, 2010.

Jetal K et al. Kinetics of mesophase formation in a stirred tank reactor and properties of the products-III continuous reactor. Carbon，1992，30(1): 9-15.

Kearney D.，Kelly B.，et al., Assessment of a Molten Salt Heat Transfer Fluid in a Parabolic Trough Solar Field ﹝J﹞. Solar Energy Engineering，125: 170-176，2003

Thoma R.E.，“Phase Diagrams of Nuclear Reactor Materials”，ORNL-2548，Oak Ridge National Laboratory，Oak Ridge，TN，1959.

Olson L.C.，Ambrosek J.W.，Sridharan K.，Anderson M.H.，Allen T.R. “Materials corrosion in molten LiF-NaF-KF salt”，Journal of Fluorine Chemistry，Vol.130，pp.67-73，2009.

Min Liu，et al. Investigation on corrosion behavior of Ni-based alloys in molten fluoride salt using synchrotron radiation techniques. Journal of Nuclear Materials，2013，440(1-3): 124-128.

Kondo M.，Nagasaka T.，Tsisar V.，Sagara A.，Muroga T.，Watanabe T.，Oshima T.，Yokoyama Y.，Miyamoto H.，Nakamura E.，Fuji N. “Corrosion of reduced activation ferritic martensitic steel JLF-1 in purified Flinak at static and flowing conditions”，Fusion Engineering and Design，Vol.85，pp.1430-1436，2010.

Martino Bosatra，Federico Fazi，Pier Franco Lionetto et al., "Utility Scale PV and CSP Solar Power Plants Performance，Impact on the Territory and Interaction with the Grid"， Presented at Power-Gen Europe，2010

U. Herrmann, B. Kelly, and H. Price, Energy 29(5–6), 883 (2004).