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Titlebook: Materials Science; J. C. Anderson,K. D. Leaver,J. M. Alexander Book 1990Latest edition J.C. Anderson, K.D. Leaver, R.D. Rawlings and J.M.

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978-0-412-34150-2J.C. Anderson, K.D. Leaver, R.D. Rawlings and J.M. Alexander 1990
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Wave Mechanics,) may be brought together by treating it as a wave packet. We now require to develop a mathematical means of representing it in order that we can perform similar calculations to those for which we use Newtonian mechanics in the case of a particle.
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Molecules and Bonding, than a mere gravitational force and we say that atoms form . between one another. In a solid each atom forms a bond with all of its neighbours but in a diatomic molecule the single bond may be studied in isolation. We therefore commence our discussion of the mechanism of bond formation with a study of the molecular bond.
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Crystal Structure,n them. We met there some examples of such arrangements, diamond and rock salt (NaCl), and also an irregular solid, glass. We know that the regular structures often lead to regular crystalline solid shapes, as in the precious stones, and that amorphous solids do not form crystalline shapes.
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Semiconductor Processing,s of materials science. These have been important at every stage in the development of integrated circuit technology and in this chapter we discuss the principles and methods involved. Because the present technology is based dominantly on silicon we will confine our discussion mainly to this material.
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