Unit II X-rays-characteristic and continuous X rays-its properties-applications- Duane and Hunt law-Mosley’s law & its importance, Compton effect-theory &experiment verification-Zeeman effect-theory&experiment.Anamalous Zeeman effect-stark effect(qualitative only) Unit-III Introduction-black body radiation-planck’s quantum theory of absorption and emission –limitations of classical theory- dual nature of matter and radiation –De-broglie’s hypothesis of matter waves-De broglie wavelength- davisson’s & Germer experiment-G.P.Thomson’s experiment with relativistic correction. Unit I Atomic & Quantum mechanics(SPH8C51) Introduction – Bohr atom model(no derivation) application of Bohr’s theory-excitation and inonization of atoms-Sommerfield relativistic atom mdel- elliptical orbits- relativistic variation of atomic mass- application of the fine structure of spectral lines, vector atom model-spatial quantization and spinning e - hypothesis-stern Gerlach experiment-quantum numbers-coupling schemes-Pauli’s exclusion principle- electronic structure of atoms.
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