VECTOR ATOMIC MODAL & OPTICAL SPECTRA NOTES
MAIN HESLINES
Vector atom model - model fundamentals,
Spatial quantization, Spinning electron;
Quantum numbers associated with vector
atomic model; Coupling schemes-L-S and
j-j schemes; Pauli's exclusion
principle; Magnetic dipole moment due to orbital
motion of electron -
derivation:
Magnetic dipole moment due to spin motion of electron;
Lander g-factor and its calculation for different states; Stern Gerlach experiment,
Experimental arrangement and principle; Fine structure of spectral lines with
examples: Spin-orbit coupling / spin-orbit; Interaction - qualitative;
Optical
spectra - spectral terms,
Spectral notations, selection rules, intensity rules:
Fine structure of the sodium D-line,
Zeeman effect and its types, Experimental
study and classical theory of normal
Zeeman effect, Zeeman shift expression (no
derivation) with examples, Stark effect
experimental study and its types with
examples.
 |
| Wait For 15 Sec And Download PDF File |
You have to wait 15 seconds.
