Growth and Properties of Thin Pyrolytic Graphite Films for Electron Microscope Substrates |
Contents
Topography of unannealed nickel | 26 |
19 | 31 |
Topography of surfaces used for graphite | 35 |
6 other sections not shown
Common terms and phrases
angstroms annealed Annealed nickel aperture area diffraction pattern bake bright field Burgers vectors c-axis carbon monoxide complete dislocations contamination continuous film continuous graphite films CORNELL LIBRARY CORNELL UNIVERSITY creases crystal dark field images dark field microscopy defocus diameter e-Gun Edge dislocations electron beam electron microscope epitaxial nickel films evaporation exposed exposure extra fringes Figure films grown formvar films glissile dislocations graphite growth graphite lattice graphite overlay graphite substrates graphite surface graphite thickness Grenga holes holey formvar indicated LIBRARY CORNELL LIBRARY UNIVERSITY mica micrographs micron Moire fringes Moire patterns mounted nickel carbonyl nickel deposit nickel surface normal observed ohms Orb-Ion pump orientation overlapping crystallites partial dislocations phase contrast platelets pressure produce pyrolytic graphite reciprocal lattice restructured nickel rocksalt SAD patterns scattered electrons Selected area diffraction shadowed replicas shadowing material Slip lines sorption pump structure substrate surface annealed temperature thick crystallites thin graphite topography torr range torr2sec troughs typically