Beam foil spectroscopy.
Beam foil spectroscopy for measuring wavelengths and spectral line intensities
Engineering topics
Publications and source records attributed to Bashkin, S..
Beam foil spectroscopy for measuring wavelengths and spectral line intensities
Mean life of D energy level in N IV, discussing Be I isoelectronic sequence
C III 2p super 2 presuper 1 D level mean life measurement using beam-foil technique, noting corresponding Einstein A coefficient
Electronic excitation of nitrogen beam passed through thin carbon target foil noting spectral lines, unidentified lines and decay times
Beam-foil spectroscopy - NASA Conference, University of Arizona, November 1968, Volume 1
Beam-foil spectroscopy problems noting light collection, spectrograph design, broadening of spectral lines by Doppler effect and other complications
Beam foil spectroscopy - NASA Conference, University of Tucson, November 1967, Volume 2
Beam foil measurements of multiplet mean lives in nitrogen decay
Spectrum analysis on foil excited nitrogen beam during acceleration at ultraviolet wavelengths
Spectrum analysis of sulfur beam foil source in ultraviolet region
Beam-foil technique of exciting electronic levels in atoms and ions applied to Al and Fe
He ions beam passing through electric field and inducing light intensity fluctuations when emitted from fine structure levels observed via Stark interference
Oxygen IV transition multiplet relative intensities for measuring decay rates, using triply ionized emitters
Electron spectra in UV region noting excitation techniques, energy level mean lives and population distribution
Solar content of carbon isotope 13 obtained by examining solar atmosphere at center of disk
Collisional excitation in Van de Graaff accelerator of beams of light elements producing light emission in 2700-6600 angstrom range
Production of He I and He II spectral lines excited by helium ions from van de Graaff accelerator