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SOME BASIC CONCEPTS
THE INTERACTION OF OXYGEN WITH
CRYSTALLOGRAPHY OF METALS
14 other sections not shown
activation energy adatom adsorbed adsorption analysis atoms band beam binding energy bonding calculated carbon monoxide catalysis cell chem chemisorbed chemisorption considered constant coverage crystal curve decrease defects density desorbed desorption determined diffraction pattern diffusion direction dissociation Ehrlich equation example experimental Faraday Soc Fermi level field emission field emission microscope field ion microscope films function Gomer heat of adsorption hydrogen incident increase infrared intensity interaction ionization kinetic kJ mor1 lattice layer LEED LEED pattern Madey metal surfaces molecular molecules monolayer nickel nitrogen observed obtained occur orbitals overlayer oxide oxygen particle peak Phys plane polycrystalline potential pressure reaction reciprocal reciprocal lattice reflected Roberts scattering shown in Fig solid surfaces Somorjai species spectra spectrum spots sticking probability studies substrate Surf surface atoms surface chemistry technique temperature tion torr tungsten unit mesh vector wavelength work-function X-ray Yates