The Scanning Transmission Electron Holography Microscope (STEHM) Rodney Herring University of Victoria, Victoria, BC Canada V8W 2Y2 (rherring@uvic.ca) 5. Electron Holography This chapter introduces typical examples for the electron holography tech niques that have hitherto been developed. 5.1 Electron-Hologram Off-Axis Electron Holography of Hetero-Interfaces 427 holograms(e.g. [9]). Slow-scan CCD cameras are now becoming the detector of choice for holography [10] The stability time for making a hologram with a cw gas laser is reduced by using a method called scanned beam holography. This new technique reduces the time during Amorphous chalcogenide semiconductor resists for holography and electron-beam lithography J.Teteris', T.Jaaskelainen2, J.Turunen2 and K.Jefimov2 For this a undiffracted beam is deflected phase transmitted with an electron beam. analyzed by Transmission Electron Holography (pdf) Selected 6. HOLOGRAPHY 6.1. Gabor's (In-line) Holography. In 1948, Dennis Gabor introduced "A new microscopic principle"[1], which he termed holography (from Greek Interpretation of electron beam induced charging of oxide layers in a transistor studied using electron holography F Ubaldi 1, G Pozzi , T Kasama2, MR McCartney3, SB Holography with Low Energy Electrons: Principles and Applications electron holography has become This accounts for a fairly monochromatic electron beam with STRAIN DETERMINATION BY DARK-FIELD ELECTRON HOLOGRAPHY F. Houdellier, M.J. Hytch, F. Hue and E. Snoeck Among these, convergent-beam electron diffraction Electron holography: state and prospects Hannes Lichte, Felix Borrnert, the coherent current given by the brightness of the electron beam is severely Electron holography: state and prospects Hannes Lichte, Felix Borrnert, the coherent current given by the brightness of the electron beam is severely
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