Electron Microscopy, Volume 1Academic Press, 1966 - Electron microscopy |
Contents
GENERAL LECTURES | 1 |
HIGH RESOLUTION IMAGES | 19 |
ELECTRON DIFFRACTION | 45 |
Copyright | |
31 other sections not shown
Other editions - View all
Common terms and phrases
accelerating voltage alloy angle annealing aperture atoms axis Boersch Bragg Burgers vector calculated carbon cathode coefficient condenser contrast crystallite curve dark field image deformation density deposited diameter diffraction pattern dislocations distribution effect electron beam electron diffraction electron gun electron micrographs electron microscope Electron Optics emission energy loss evaporation experimental Figure foil fringes grain boundaries grid heating high voltage inelastic scattering intensity irradiation Japan Kikuchi Laboratory lattice layer lenses liquid helium loops magnetic magnification martensite measured metal micro moiré pattern molybdenum nickel nucleation objective lens observed obtained orientation oxide p-n junction particles phase Phys plane plates potential precipitates pressure quenched reflections region replica resolution scanning shown in Fig shows single crystal slip spherical aberration spots stacking fault stage structure substrate surface temperature thermal thickness tilting tion Tokyo transmission transmission electron microscopy tungsten twins vacuum X-ray