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#Crystal maker electron diffraction pattern example plus
Landyne plus ESPOT is an extension of SAED5 and QSAED5 for calculation of atomic electrostatic (difference) potentials of a structural projection. The method has been first applied to periodic organic complexes imaged with high-resolution transmission electron microscopy, subsequently been utilized for TEM images of inorganic crystals, scanning TEM images, and even scanning probe microscope (SPM) images of two-dimensional periodic arrays.ĮlectroStatic POTential of crystal structure Landyne plus SIMPA adopts crystallographic image processing (CIP), a technique used to aid in the structure determination. The other application of sample thickness is frequently used for X-ray microanalysis. The measurement of foil thickness is becoming increasingly important in electron microscopy due to the need for quantitative measurement of dislocation density, point defect concentration interparticle spacing, etc. (1967) and electron microdiffraction by Spence and Zou (1992). The details on two-beam electron diffraction theory can be referred to in many books on transmission electron microscopy, e.g., electron microscopy of thin crystals by Hirsch et al. SMART is designed for simulation and measurement in high accuracy of rocking curve for crystal thickness. Simulation and Measurement with high Accuracy of Rocking curve for crystal Thickness WRITTEN INSTRUCTION VIDEO INSTRUCTION (EN) VIDEO INSTRUCTION (CN) A preference dialog lists three skins and all computer programs for selection. Landyne launcher is a desktop dock for users to run the computer programs conveniently.