Charge deflection experiments in beam foil spectroscopy.
Static beam deflection in beam foil spectroscopy for determining parent ionization stage of emitting ions
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Static beam deflection in beam foil spectroscopy for determining parent ionization stage of emitting ions
Surface density of carbon foils measured accurately by determining trapped carbon dioxide pressure after burning in pure oxygen
Foil bearings design, fabrication, applications to flexible material transport, rotor support, etc
Electronic levels excitation in S I and II by beam foil method
High speed rotors with air lubricated foil bearings, studying motion in pressurized and self acting modes
Spectrum analysis on foil excited nitrogen beam during acceleration at ultraviolet wavelengths
Beam-foil spectroscopy in atomic physics, lifetime and wavelength measurements, and astrophysics
Spectrum analysis of sulfur beam foil source in ultraviolet region
Axicon system properties for collecting foil-excited accelerator beam spectra
Dynamic analysis of three foil rotor support system in zero gravity environment
Design, fabrication, and stability testing of foil gas bearing test rig
High speed rotor supported by air lubricated foil bearings subjected to periodic unidirectional excitation by vibrator, noting stability at high speeds
Axicon systems for spectroscopy of light emitted by foil-excited accelerator beams, discussing scattering contribution to spectral line widths
Sulfur beam foil spectrum in 600-4000 A range, identifying transitions in S I-S VI
Uranium ion impact ejection and electronic excitation of thin foil particles, observing optical spectra of Be, carbon and Al atoms and ions
M sub L alignment creation due to beam foil excitation process demonstrated with zero field quantum beats in He and H emission spectra
Time and power dependent Lamb shift resonance shapes measurement with circular polarized RF field in beam foil excited H atoms
Electronic transitions in B by beam foil technique for spectral lines in 450-5000 A range, measuring excited levels mean lives