Abstract
The examination of the use of metal/polymer composites in the electronic industry requires a re-examination of the expressions used in earlier chapters. The composites to be reviewed will be characterized by the contiguous association of two or more diverse materials which leads to a synergistic or superior performance. In large dimension composites such as oriented fiber reinforced polymers which are used in advanced structures, it is not difficult to visualize the roles played by the high strength fibers in the relatively low strength matrix body. The electrical or electronic devices associated with semiconductors, photovoltaic devices, electrical energy distribution, the utilization of magnetic particles on disks and tapes, and the small energy storage capabilities of batteries and capacitors, may entail the use of thin foils, adhesives, bonding elements, and insulative surfaces that are in the micrometer and submicrometer range. The fact that these devices can not always be visually identified as composites does not exclude them from the sophisticated arena of advanced composites. In fact, as molecular dimensions are approached, the rheology of material combinations and associative charge transfer phenomena do not necessarily follow the patterns of the macroscale processes.
Access this chapter
Tax calculation will be finalised at checkout
Purchases are for personal use only
Preview
Unable to display preview. Download preview PDF.
References
Van Nostrand’s Scientific Encyclopedia, p. 2,545, New York: Van Nostrand Reinhold Co., (1983).
VanZant, P., Microchips Fabrication, San Jose, CA: Semiconductor Services, p. 45, (1986).
Rogers, D., ASTM Standardization News, p. 28, (Oct. 1987).
Anon.— Field of Interfaces and Thin Films C and E News, 64:22, (Aug. 11, 1986).
Bocris, J. Bonzel, H., p. 247, Structure and Properties of Metal Surfaces, Tokyo: Maruzen Company, (1973).
Liao, S., Microwave Devices and Circuits, Englewood Cliffs, NJ: Prentice Hall, (1980).
C.A. 106 (20) 167334 to 1 67337, May 18, 1987, Toshiba Corp., J.P. 61,295,666 to 670 (Dec 26, 1986).
McGraw Hill Encyclopedia of Science and Technology, New York: McGraw Hill, Vol. 16, p. 246, and Vol. 9, p. 243, (1987).
Chaudhari, R., Scientific American, 255:137, (Oct. 1986).
Howard, R.E., et al., “Nanostructures,” Ann. Rev. Math Science 16:441, (1986).
Van der Veen, M. R., “GaAs Sandwich Lasers,” Advanced Materials and Processes, 133:39, (May 1988).
Sealy, B. J., International Materials Review, 33:38, (1988).
White, A. and Short, K., Science 241:930, (Aug. 19, 1988).
Murphy, D., et al., Science 241:922, (Aug. 19, 1988).
Forrest, S., et al., “Thin Film Diagnostics,” Ann. Rev. Material Science, 17:189, (1987).
Anon., Chemical and Engineering News, p. 27, (Oct., 1985).
Kern, D., et al., Science 241:936, (Aug. 1988).
Reichmannis, E. and Thomas, I., Ann. Rev. Mat. Sci. 6:235, (1976).
Hofer, D., A.C.S. Polymer Reprints p. 85, (1987).
Frisch, D., Materials Engineering 105:34, (Aug. 1988).
Gandre, J., Printed Circuit Design, Vol. 3, (June 1986).
McCrory, B., “Microsectioning of PCB’s,” Electronic Manufacturing, 34:14, (July 1988).
Nishimura, K. and Hirakawa, T., International SAMPE Conference, (Anaheim, California), 32:1,200, (April 1987).
Hwang, J., (SCM Corp.) U.S. 4,619,715, (Oct. 28, 1986).
C.A. 105-135123z, Sumitomo Bakelite, J.P. 61, 7964 and 5, (Apr. 23, 1986).
Heeger, A., et al., Synthetic Metals 22 (1):63, (1987).
Science Applicators Inc. Tech Report, La Jolla, CA, (May 1986).
“Metal Matrix Composites,” Current Highlights, (Dec. 1985).
Van Nostrand’s Scientific Encyclopedia p. 316, New York: Van Nostrand Reinhold Co., (1983).
Vincent, C., New Scientist 101:34, (Mar. 29, 1984). Passiniemi, P. and Osterholm, J. Synthetic Metals 18:637, (1987).
C.A. 106-105504c, Duracel Inc., U.S. 4,629,666, (Dec. 14, 1986).
C.A. 106 (20) 159631k, May 19, 1987, Sumitomo Bakelite, J.P. 62,15,762, (Jan. 24, 1987).
Abbaschian, G.A., U.S. 4,565,571, (Jan. 21, 1986).
Inganas, O. and Lundstrom, L, Synthetic Metals, 21:13, (Aug. 1987).
C.A. 108(6) 47742g, Feb 8, 1988, Sumitomo Metals, J.P. 62,193,238, (Aug. 26, 1987).
C.A. 106(18)147986s, Matsushita Electric Co., J.P. 61,171,005, (Aug. 1, 1987).
C.A. 106-103462p, Matsushita Electric Co., J.P. 61,230,932, (Oct. 15, 1986).
Cross, M., New Scientist, p. 49, (June 30, 1988) and p. 30, (Sept. 1, 1988).
Eveready Battery Engineering Data, New York: Union Carbide Battery Products Division, (1976).
C.A. 108(6) 47721 to 47724, Matsushita Elec. Co., (Feb. 8, 1988).
Kaner, R. and MacDiarmid, A., Scientific American, Vol. 258, p. 109, (Feb. 1988).
Trotter, D. M., Scientific American, Vol. 259, p. 90, (July 1988).
Meindl, J., Scientific American, Vol. 257, p. 78, (Oct. 1987).
MacCready, P., “Sunraycer,” Engineering and Science, 51:2 Pasadena, CA: California Institute of Technology, (Winter 1988).
Smithsonian Journal, 18:48, (Feb. 1988).
Wigotsky, V., Plastics Engineering, p. 21, (Nov. 1987).
DuPont, P. and Bilow, N., (Hughes Aircraft), U.S. 4,592,925, (June 3, 1986).
Anon., Chem. Eng. News, p. 30, (June 6, 1988).
Pool, R., Science 241:900, (Aug. 19, 1988).
Mitchell, K., Ann. Rev. Mails. Sci. 12:401, (1982) and 18:4,365, (1977).
Perez-Albuerne, E. and Tyan, Y., “Photovoltaic Materials” Science, 208, p. 902 (May 23, 1980).
Lee, C. et al., “Microelectronic Packaging,” SAMPE J1. 24 (March/April 1988).
Bogan, G. et al., SAMPE J. 24:19 (Nov./Dec. 1988).
Vitriol, W. and Brown, R. (Hughes Aircraft) U.S. 4,645,552 (Feb. 24, 1987).
Author information
Authors and Affiliations
Rights and permissions
Copyright information
© 1990 Springer Science+Business Media New York
About this chapter
Cite this chapter
Delmonte, J. (1990). Micro and Nano Electronic Applications. In: Metal/Polymer Composites. Springer, Boston, MA. https://doi.org/10.1007/978-1-4684-1446-2_9
Download citation
DOI: https://doi.org/10.1007/978-1-4684-1446-2_9
Publisher Name: Springer, Boston, MA
Print ISBN: 978-1-4684-1448-6
Online ISBN: 978-1-4684-1446-2
eBook Packages: Springer Book Archive