EXPERIMENTS ON ELECTRONIC EXCITATION OF ATOMS PERFORMED AT LAWRENCE RADIATION LABORATORY, BERKELEY, CALIFORNIA, U.S.A

RESONANCE EFFECT OF FAST MOVING EXCITED ATOMS BY SPATIALLY PERIODIC POTNETIALS

ISOTOPE-SHIFT ZEEMAN EFFECT FOR TRACE-ELEMENT DETECTION: AN APPLICATION OF ATOMIC PHYSICS TO ENVIRONMENTAL PROBLEMS

ISOTOPE SHIFT ZEEMAN TECHNIQUE FOR DETECTION OF ATOMS AND MOLECULES

ON THE MEASUREMENTS OF LIFETIMES, EXCITATION FUNCTIONS, DENSITIES, TOTAL CROSS SECTIONS, AND POLARIZATION RATIOS OF THE METASTABLE STATE OF THE NEON ATOM UNDER ELECTRONIC IMPACT

OBSERVATION OF LAMB SHIFTS BY QUANTUM BEATS

TRANSFER OF NUCLEAR ALIGNMENT COHERENCE IN 131Xe DURING ELECTRON EXCHANGE COLLISISONS

INTENSITY BEATS IN RESONANCE RADIATION AND ABSORPTION DUE TO COHERENT EXCITATION OP ATOMS BY ELECTRON IMPACT

PHENOMENON OP THE METASTABLE STATE COHERENTLY EXCITED BY ELECTRON IMPACT

OBSERVATION OF RESONANCE EFFECT IN MODULATED FLUORESCENT LIGHT FROM COHERENTLY EXCITED 42S1/2 AND 42P1/2 LEVELS IN 4He+