Franck-Condon factors and r centroids for band systems of ZrO.
Electronic states and transitions of zirconium oxide, noting Franck-Condon factors and r centroids, calculated from Morse model
Engineering topics
Publications and source records attributed to Nicholls, R. W..
Electronic states and transitions of zirconium oxide, noting Franck-Condon factors and r centroids, calculated from Morse model
Electronic, vibrational and rotational temperatures in laser-produced flames measured spectroscopically
Intensity measurements on molecular oxygen Herzberg I system emitting in afterglow of microwave discharge, noting dependence of transition moment on internuclear distance
Relative intensity measurements of 50 major bands of Lyman-Birge-Hopfield /LBH/ system of nitrogen
Franck-Condon factors to high quantum numbers covering methods, results and tabulation
Absolute band and oscillator strengths and absolute Einstein A coefficients for C-2 Swan system
Franck-Condon factors computed and tabulated to high vibrational quantum numbers for molecular oxygen band system
Franck-Condon factors for interpretation of UV INTENSITIES in hydrogen Lyman band system
Franck-Condon factors for Gaydon-Green band system of nitrogen molecular electron states
Relationship between molecular band frequency and r centroid
Spectroscopic investigation of laser excited molecular spectra from powdered solids for meteor and reentry physics
Laboratory research on laser excitation in solids, ionizing radiation transmission and plasma jets related to astrophysics
Q-array from plots of Frank-Condon factors for uncomputed molecular band system
Franck-Condon factors computed to highest known vibrational quantum numbers for NO band system
Atomic and molecular radiative transition probabilities of aeronomical importance reviewed and classified relative to upper or lower atmosphere
Vibrational spectrum of blue-green system of aluminum oxide
Spectroscopic analysis of shock wave interactions with organic and inorganic solids, examining the luminosity excitation process