Experimental tests of the post-collision- interaction model for the He plus-He excitation functions
He excitation by low energy He ions giving support for Rosenthal-Foley postcollision- interaction model, testing model predictions
Engineering topics
Publications and source records attributed to Novick, R..
He excitation by low energy He ions giving support for Rosenthal-Foley postcollision- interaction model, testing model predictions
Fine structure of excited P states of Li measured for magnetic fields in proton NMR frequency using level crossing and Zeeman effect
Low field and high field hyperfine structure and lifetimes of excited P states of Li using level crossing spectroscopy
Crab Nebula pulsar light intensity fluctuations on very short time scale, noting negative observations
Spectral distribution of two photon emission from metastable state of singly ionized He by broadband spectroscopic coincidence counting technique
X ray polarization from Sco X-1, noting spurious instrumental polarization due to cosmic ray anisotropy using X ray polarimeter
Optical excitation and decay of helium atom, and relaxation of excited alkali atom
Metastable He ion two photon decay, observing photon coincidence angular correlation in spectral distribution
High current electron bombardment ion source for production of low energy ion beams without metastable contamination
Large area modular glancing-reflection X ray gathering system for focusing photons in 0.1 to 20,000 ev range, noting improved SNR
Energy level behavior of metastable alkali atoms against autoionization and radiative decay
Failure of conventional adiabatic criterion in case of excitation of helium atoms by helium ions
Producing optical excitations by low energy ion atom and ion molecule collisions
Properties of simple atoms and ions - atomic helium, rubidium, lithium, barium, and potassium transitions
Scientific research in atomic physics, solid state physics, and radio and X-ray astronomy
Fine and hyperfine structure of term in 3p level of lithium studied by level-crossing spectroscopy technique, determining fine structure separation value
Optical excitation due to impact of very slow helium ions on Ar and Kr attributed to transfer of kinetic energy into internal electron energy