## Atomic Structure and Spectral Lines, Volume 1 |

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a-particles absorption according alkalies atomic number atomic weight azimuthal quantum azimuthal quantum number Balmer Balmer lines Balmer series becomes Bohr calculate canal rays cathode rays Chapter co-ordinates combination components constant Correspondence Principle corresponding crystal curve deflection denotes difference diffraction direction doublet electron elements ellipse emission emitted equal equation example excitation expression formula frequency given helium Hence hydrogen atom increases intensity ionisation Kepler L-series levels lines of force magnetic field mass measured momentum motion N-shell nuclear charge nucleus observed obtain occur orbit Paschen Paschen-Back effect periodic system Phys Physik plane polarisation position potential principal quantum principal quantum number principal series principle quantising quantum number quantum theory radiation relativistic result Rontgen rotation S-term scheme series limit shell spectral lines spectroscopic spectrum Stark effect structure subordinate series Table tion transition triplet velocity vibration volts wave-length wave-mechanics wave-number whereas X-ray spectra Zeeman effect Zeits