Atomic and Molecular physics short notes pdf for revision
Atomic and Nuclear physics
Bohr theory of H-like atom
Finite nuclear mass correction
Hydrogen spectrum
Ionization energy
Excitation energy
Binding energy
Ionization potential
Excitation potential
Relation b/w energy frequency and wave number
Relative population of two levels
Frequency of revolution of electron
Topics related solved problems
Sommerfeld’s model
Correction of elliptical model
Relativistic approach
Quantum numbers
Orbital angular momentum
Stern-Gerlach experiment
Space quantization and its angular momentum
Vector model of an atom
g-factor
Vector coupling model for many electrons system
Afbau principle
Hund's rule
Degeneracy
Term separation
Intensity ratio
Electric dipole Transition rate
Alkali atom spectra
Zeeman effect its types and related problems
Paschen back effect (PBE)
Stark effect and its type
Hyperfine splitting
Broadening in spectral line and its type
X-ray spectra and its type
Mosely law for characteristics x-ray
Molecular physics
pure rotational spectra
Diatomic molecule as rigid rotator and non-rigid rotator
Isotropic effect in rotational spectra
Vibrational spectra
Diatomic molecule as a harmonic oscillator
Bands in harmonic oscillator
Isotope effect in vibrational level
Raman spectra and its types
Fundamental modes
Rule of mutual exclusion
NMR spectra
ESR/EPR spectra
ELECTRONIC SPECTRA --Frank cordon principle
Dissociation energy
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