Surface Science: Principles and Applications by H. Neddermeyer (auth.), Professor Dr. Russel F. Howe,

By H. Neddermeyer (auth.), Professor Dr. Russel F. Howe, Associate Professor Dr. Robert N. Lamb, Professor Dr. Klaus Wandelt (eds.)

Surface technology has existed as a famous self-discipline for greater than two decades. in this interval, the topic has extended in vital methods. at the one hand, the thoughts to be had for learning surfaces, either experimental and theoretical, have grown in quantity and in sophistication. however, floor technology has been utilized to progressively more parts of expertise, equivalent to catalysis, semicon­ ductor processing, new fabrics improvement, corrosion prevention, adhesion and tribology. . there's, notwithstanding, no sharp department among basic and utilized floor technological know-how. New thoughts can instantly be utilized to technologically vital difficulties. advancements in knowing of basic phenomena equivalent to epi­ taxial development of 1 steel on one other, or the bonding of hydrocarbons to steel sur­ faces, to call simply examples, have direct effects for know-how. floor technological know-how has additionally develop into greatly an interdisciplinary topic; physics, chemistry, fabrics technological know-how, chemical and electronical engineering all draw upon and give a contribution to floor technology. The intimate courting among ideas and functions of floor technology kinds the subject of this lawsuits quantity. The contributions have been all provided as invited lectures at an Australian-German Workshop on floor technology held at Coogee seashore, Sydney, Australia, in December 1991. The participants, all lively floor scientists of their respective nations, have been requested to focus on fresh enhance­ ments of their personal parts of job related to new innovations, advances in funda­ psychological realizing or new purposes in technology.

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Aono's classic result for the location of carbon on the TiC(111) surface using shadow cones [13J. compositional analysis. The more exciting developments in LEIS and to a lesser extent SIMS in recent years have related to the use of these techniques to locate the position of atoms in the uppermost surface layers of a solid. Aono [13J was largely responsible for initiating the application of these techniques to atom location. Figure 8 shows his initial results in the location of carbon in TiC. g.

Photon holograms are formed from waves which are 22 scattered isotropically by the object and for which the scattering is weak. The phase shifts are small and are simple functions of the path length. The wavelength is relatively large and the corresponding wavevector is small which leads to interference fringes with narrow separations. When the image is reconstructed, many fringes contribute and the resolution is good. Also the image can be reconstructed from small parts of the usual photographical1y recorded hologram though with a reduced field of view.

Saldin and B. P. Tonner, Surf. Sci. Lett. 245, L190 (1991). [9] J. Osterwalder, T. Greber, A. Stuck and L. Schlapbach, Phys. Rev. B,44, 13764 (1991). Stuck, D. Naul11ovic, H. A. Aebischer, T. Greber, J. Osterwalder and L. Schlapbach, Surf. Sci. 264, 380 (1992). C. D. Riley, Appl. Surf. Sci. 2, 196 (1985). [12] S. Thevuthasan, G. S. Hennan, A. P. Kaduwela, R. S. Saiki, Y. J. Kim, W. Niemczura, M. Burger and C. S. Padley, Phys. Rev. Lett. 67,469 (1991). J. J. O'Connor, and B. V. King Department of Physics, The University of Newcastle, Callaghan, NSW 2308, Australia Abstract.

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