Atomic and Molecular Physics Publication Links:

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• Glass-Maujean, et al 2009 APJS:  Extension of previous work which takes more higher Rydberg states into account and extends Cassini UVIS calibration from 920-1640 Å down to 800-1640 Å
• Kanik, et al 2003 JGR:  Electron impact excitation functions and absolute emission cross sections for the OI 130.4 nm and 135.6 nm features
• Shemansky, et al 1995 APJ:  Experimental MUV cross sections of the electron excited N2 second positive system
• Shemansky, et al 1995 APJ:  Experimental rotational line strengths for N2 c′4 1Σu+ (0)
• Ajello and Shemansky 1993 APJ: Laboratory measurements of the electron excitation function from 11 to 60 eV for the H2(a 3Σg+ → b 3Σu+) continuum emission
• Smith, et al 1993 JGR:  Experimental electron excitation cross sections and comparison to theory
• James, et al 1992 JPB: Low-energy electron impact emission in the EUV
• Ajello, et al 1991 APJ:  Experimental cross sections for H(2p, 2s, 1s) production
• Tripp, et al 1991 APJ:  Laboratory measurements of electron excited N2 and predicted excitation and emission properties for N II
• Ratliff, et al 1991 JGR:  Experimental cross sections of the b 1Πustate
• Bashkin, et al 1991 PRA:  Experimental cross sections from 320 to 800 nm
• James, et al 1990 JPB:  EUV emission from electron impact in the 102 to 134 nm range
• Bashkin, et al 1989 NIMPRB:   Experimental measurement of spectra from 320 to 800 nm
• Ajello, et al 1989 PRA:  Experimental cross sections of the c4′1Σu+ and b′ 1Σu+ states
• Ajello, et al 1988 AO:  Electron impact laboratory VUV source
• James, et al 1988 JGR:  Experimental measurement of O2spectrum produced by 200 eV electron impact from 115 to 300 nm
• Pang, et al 1987 JCP:  Experimental cross sections and spectra from 40 to 200 nm for electron impact emission from methane and acetylene
• Shemansky, et al 1985 APJ:  Reexamination of H Ly-α cross section by two methods
• Shemansky, et al 1985 APJ:  Experimental electron excitation cross sections for He Rydberg series emission
• Ajello, et al 1985 JGR:  FUV (120 — 210 nm) spectrum and cross sections for electron-excited N2
• Kunc and Shemansky 1985 SS:  Monte Carlo model of interaction between He and α-quartz
• Kunc, et al 1984 LPB:  Model of EUV emission from hydrogen glow discharge
• Ajello, et al 1984 PRA:  Experimental electron excitation cross sections for H2 Rydberg series EUV emission
• Shemansky and Ajello 1983 JGR:  Higher Rydberg series bands make a significant contribution to the EUV emission spectrum
• Shemansky 1976 JCP:  The N2 A 3Σu+ state as precursor for afterglow
• Wu and Shemansky 1976 JCP:  Electronic transition moment as a function of mean internuclear distance and experimental spectra
• Shemansky 1972 JCP:  Laboratory measurement of extinction coefficient in the 1700 to 3000 A region
• Shemansky and Broadfoot 1971 JQSRT: Laboratory measurements of transition probabilities, excitation cross-sections, and afterglow effects of electron excited N2 1P, 2P, and N2+ systems
• Shemansky and Broadfoot 1971 JQSRT:  Laboratory measurements of transition probabilities, excitation cross-sections, and afterglow effects of electron excited N2 1P, 2P, and N2+ systems
• Shemansky 1969 JCP:  Calculations of band transition probabilities, lifetimes, and collision self-broadening cross section
• Shemansky and Carleton 1969 JCP: Reanalysis of experimental lifetime
• Shemansky 1969 JCP:  Experimental absorption spectrum and transition probabilities