Advances in Joining of Ceramics, Volume 138 - download pdf or read online

ISBN-10: 1118405803

ISBN-13: 9781118405802

ISBN-10: 1574981536

ISBN-13: 9781574981537

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Extra info for Advances in Joining of Ceramics, Volume 138

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R. DI Fire and D. E. Clark, "Microwave joining of zinc sulfide", pp. Trans, Vol 59, The American Ceramic Society, 1995. 56. Harrison and H. L. Marcus, "Gas-phase selective area laser deposition (SALD) joining of SiC", Materials & Design, 20[2 - 3]: 147 - 152, 1999. 57. Turan, I. A. Bucklow and E. R. Wallach, "Capacitor-discharge joining of oxide ceramics", J. Am. Ceram. Soc, 82: 1242 - 1248,1999. 58. Iijima and Y. Watanabe, "Ultrasonic joining of silicon nitride plates without an adhesive material using a 19 kHz vibration system", Jpn.

Crimp and E. D. Case, "The interfacial microstructure of Zirconia and MaCor™ joined using spin-on interlayers", Materials Science and Engineering, A307: 74 - 79,2001. 49. G. Lee and E. D. Case, "Joining of Non-Oxide Ceramics Using Conventional and Microwave Heating", 21 [4]: 589 - 597, Ceramic Engineering and Science Proceedings, American Ceramic Society, 2000. 50. Ferraris, F. Paolini, E. D. Case, M. Salvo, "Microwave Joining of SiC", submitted, Journal of the American Ceramic Society. 51. J. Zheng and M.

The flux of Cu atoms from cell j-1 to cell j is given by Ji = -D(Ci i+l) C i+1 ~ Ci i+l (6) where D(Q j) is the interdiffusion coefficient at the copper content of Ci i+l = (C, + C/+1)/2, Ax^ /+1 = (Axt + Ax/+1)/2 and C, is the copper content in cell L From the principle of mass conservation, the change of copper content in cell i in the time 35 Advances in Joining of Ceramics increment At is obtained by (7) where s t is the area per unit length of bond-zone in the direction perpendicular to the sheet at the ith mesh and t = (siA + st)/2.

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