Applied Atomic Collision Physics: Condensed matterSir Harrie Stewart Wilson Massey, Earl Wadsworth McDaniel, Benjamin Bederson |
Contents
Heavy Ion Charge States | 2 |
XRay Fluorescence Analysis | 10 |
Experimental Aspects | 11 |
Copyright | |
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Academic Press adsorbed adsorption analysis angle angular annealing aperture atom probe atomic collision Auger backscattered binding energy cathode cesium channeling charged ions chemical cross sections crystal density depth discharge distribution effects electron affinity electron beam elements emission equilibrium excited experimental extraction Fano field field ion microscope flux function heavy ion hot cathode impact implanted impurity incident Inokuti Instrum intensity interaction ion beam ion implantation ion source ion yields ionization potential laser layer Lett magnetic mass mass spectrometry material measurements metal Methods molecular molecule negative ion neutral Nucl oxygen parameters particles peak photoelectron photon Phys physics plasma positive ion potential projectile pulse radiation recoils sample shown in Fig silicon solid species spectra spectroscopy spectrum sputter yield sputtering studies substrate Surf surface ionization target technique temperature thermal tion Tsong valence valence band vapor velocity voltage x-ray