By J. M. Blakely and W. S. Owen (Auth.)
ISBN-10: 0080176410
ISBN-13: 9780080176413
Blakely has an extended status acceptance within the box of fabrics technology and condensed subject physics with emphasis on floor and interface technological know-how. He has contributed to stories of a wide selection of varieties of fabric together with metals, ceramics, and inorganic and natural semiconductors. the focal point of the study in his crew has been the connection among the homes of good surfaces and their constitution and composition. He pioneered using patterning suggestions within the examine of floor mass shipping at surfaces as a result of atomic diffusion. different vital components of analysis have incorporated the kinetics of solid-liquid part transitions, the thermodynamics and kinetics of self assembled monolayer constructions together with Graphene because of adsorption or segregation, the energetics and dynamics of atomic steps on surfaces, the function of floor charged layers in photographic and different ionic fabrics, adsorbed levels and the oxidation procedure on alloy surfaces, the constitution and composition of glass surfaces. Experimental recommendations of his crew have incorporated electron diffraction and spectroscopies, glancing prevalence synchrotron X-ray equipment, nanofabrication tools and scanning probe microscopy
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Sample text
1. (b) Surface tension as a motivation for sintering, in The Physics of Powder Metallurgy (ed. W . E . Kingston), McGraw-Hill, N e w York, 1951. H I R T H , J. , The kinetic and thermodynamic properties of surfaces, in Energetics in Metallurgical Phenomena (ed. W . M . Mueller), Gordon & Breach, 1965. I N M A N , M . C , and TIPLER, H . , Interfacial energy and composition in metals and alloys, Metallurgical Reviews 8 , 105 (1963). M O O R E , A . J. W . , Thermal faceting, in Metal Surfaces, American Society for Metals, Cleveland, 1963.
Solids 2 8 , 875 (1967). GUGGENHEIM, Ε . Α . , North-Holland, Amsterdam, 1959. HERRING, C , (a) The use of classical macroscopic concepts in surface energy problems, in Structure and Properties of Solid Surfaces (ed. R . Gomer and C. S. Smith), Univ. of Chicago Press, 1953, Chap. 1. (b) Surface tension as a motivation for sintering, in The Physics of Powder Metallurgy (ed. W . E . Kingston), McGraw-Hill, N e w York, 1951. H I R T H , J. , The kinetic and thermodynamic properties of surfaces, in Energetics in Metallurgical Phenomena (ed.
Form of the specimen used in the zero creep experiment for determining surface tensions of solids. It consists of a fine wire with a diameter of a few mils with a so-called bamboo structure due to the formation of grooves at the positions of the grain boundaries during annealing. The quantities used in eqns. 5) are indicated. as determined by observing a section o f the wire while at high temperatures with various loads. I f the mass o f the section may be neglected in comparison with the external load, the equilibrium condition will be obtained when the gravitational work done on the external load for any small displacement is equal to the increase in the quantity γ A.
Introduction to the Properties of Crystal Surfaces by J. M. Blakely and W. S. Owen (Auth.)
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