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Jeol 100B TEM/VG HB5 STEM
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Classroom Contents
Introduction to Transmission Electron Microscopy - Lecture 1
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- 1 Introduction of Transmission Electron Microscope
- 2 Microscopy: the eyes and hands for nanotechnology
- 3 Imaging and Analysis Center Faculty Layout
- 4 Transmission Electron Microscopy
- 5 Physics of the Process
- 6 Single-cell algae
- 7 Pt catalyst particle
- 8 Jeol 100B TEM/VG HB5 STEM
- 9 Comparing with optical microscope
- 10 Then 2nd Gate to Microcosm
- 11 Electron microscope
- 12 Single and group dance performed by gold atoms
- 13 Microscopes in comparison
- 14 Key elements in a TEM
- 15 Electron Microscope Emission Sources
- 16 Some features of various electron guns
- 17 Electron Lenses
- 18 Electron Lens
- 19 Electron Lens
- 20 Magnetic Lens
- 21 Electron Microscope
- 22 Exploded view of the specimen goniometer stage
- 23 Sample holder
- 24 Transmission electron microscopy TEM
- 25 HR-TEM and Nano Diffraction of ordered twin boundary
- 26 Aberration Correction for Electron Microscope
- 27 Resolution and Aberrations
- 28 Spherical Aberration in Optical Lenses
- 29 Quadrupole-Octupole Type Cs Corrector
- 30 TEM-STEM Corrector Lens System
- 31 Initial Results from Aberration Correction in STEM
- 32 In Situ TEM Single-Atom-Thick Gold Nanoribbons Suspended in Graphene
- 33 Cs-C TEM Imaging and EDS mapping of QCL sample
- 34 CuInS2 photoconductivity and its defect structure
