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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Kinetic analysis of ion-molecule reactions in Ar-N mixtures with H, deuterium and HD using ion ejection mode of ion-cyclotron- resonance spectroscopy
Pulsed grid modulation for ion cyclotron resonance spectrometer
Dialkyl ketone ion in double McLafferty rearrangement, applying ion cyclotron resonance to structural study
Ion cyclotron whistler in Injun 5 satellite VHF radio noise data
Ion cyclotron resonance spectroscopy technique for determining electrons photodetachment energy from negative ions in gas phase
Methyl fluoride calculated for ion-molecule reaction rate constants from ion cyclotron resonance spectra
Ion-molecule reactions produced in phosphine by ion cyclotron resonance
Thermal product distributions and energy dependencies of ion-molecule reactions in allene and propyne, using ion cyclotron resonance
Warm homogeneous magnetoplasma longitudinal cyclotron harmonic wave propagation perpendicular to static magnetic field, noting instabilities
Ion cyclotron resonance spectroscopy for detecting trapped gaseous ions in analyzer cell, observing ion-molecule reactions
Finite ion and electron temperature effect on ion cyclotron waves generated by Stix coil, and subsequent plasma ion heating in magnetic beaches
Cyclotron and bounce resonance scattering of electrons trapped in earth magnetic field
Comparison of Alouette-2 and OGO-5 observation of turbulence of magnetospheric electrostatic electron cyclotron harmonic waves
Electron-cyclotron wave resonance in inductively coupled HF ring discharges
Low and high linear energy transfer /LET/ cyclotron-accelerated alpha particles effects on Drosophila melanogaster longevity
Ion-molecule collision charge transfer and momentum transfer relaxation rates, using ion cyclotron resonance heterodyning method
Ion cyclotron resonance application to propanol ion structure formed in double McLafferty rearrangement, demonstrating direct enol ion formation instead of by isomerization or ketonization
Gas phase ion-molecule phosphine reactions in pure and binary mixtures by ion cyclotron resonance spectroscopy, considering acidity and basicity