| Unit 1 Processing and Analysis of Data 1.1 APPLICATION OF EXCEL 1.2 APPLICATION OF ORIGIN Unit 2 Optical Physics 2.1 MODE ANALYSIS OF HE-NE lASER 2.2 MEASUREMENT OF LIGHT SPEED 2.3 EXPEIRMENT OF FOURIER OPTICS 2.4 RAMAN SPECTROSCOPY Unit 3 Atomic and Molecular Physics 3.1 SPECTRUM OF HYDROGEN ATOM 3.2 ZEEMAN EFFECT 3.3 FRANCK-HERTZ EXPERIMENT 3.4 DIFFRACTION OF ELECTRON 3.5 MILLIKAN OIL-DROP EXPERIMENT 3.6 COMPTON SCATTERING 3.7 OPTO-MAGNETIC RESONANCE 3.8 ELECTRON SPIN RESONANCE Unit 4 Radio Physics 4.1 MICROWAVE TECHNOLOGY 4.2 MICROWAVE & FERROMAGNETIC RESONANCE Unit 5 Plasma Physics CHARACTERISTICS OF GAS DISCHARGE Unit 6 Nuclear Physics 6.1 NUCLEAR MAGNETIC RESONANCE 6.2 NUCLEAR MAGNETIC RESONANCE IMAGING Unit 7 Condensed Matter Physics 7.1 VACUUM COATING 7.2 HIGH-TEMPERATURE SUPERCONDUCTIVITY 7.3 X-RAYS & STRUCTURE OF MATTER 7.4 THE STATIC CHARACTER OF GRANULAR MATTER 7.5 ELECTRO-OPTIC EFFECT OF CRYSTAL AND IT S APPLICATIONS 7.6 RESEARCH ON THE CHARACTERISTICS OF LIQUID CRYSTAL Unit 8 Modern measurement techniques 8.1 MEASUREMENT OF REFRACTIVITY AND FILM THICKNESS BY ELLIPSOMETRY 8.2 SCANNING ELECTRON MICROSCOPE 8.3 SCANNING TUNNELING MICROSCOPE APPENDIX REFERENCE |
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