Measurement of the fluorine chemical-shift tensor in MgF2
Fluorine chemical shift tensor measurements in magnesium fluoride, using multiple pulse NMR technique
Elleman, D. D.↗
Engineering topics
Elleman, D. D.
Publications and source records attributed to Elleman, D. D..
Relative rates and their dependence on kinetic energy for ion-molecule reactions in ammonia
Kinetic energy dependent charge transfer rates for ion-molecule reactions in ammonia, using cyclotron ejection and impulse methods
Elleman, D. D.↗
A nuclear magnetic resonance spectrometer for the measurement of the moisture content of soils and rocks
Nuclear magnetic resonance spectrometer for moisture content measurement of lunar and terrestrial soils and rocks
Elleman, D. D.↗
Proton NMR spectra of cyclopentadiene, 1,3- cyclohexadiene, 1,3-cyclooctadiene, and 1,2- dihydronaphthalene
NMR spin-spin coupling constants between vinyl protons in cyclopentadiene, 1,3-cyclohexadiene and 1-3-cyclooctadiene from spectrum analysis
Cooper, M. A.↗
Analysis of ion-molecule reactions in allene and propyne by ion cyclotron resonance
Thermal product distributions and energy dependencies of ion-molecule reactions in allene and propyne, using ion cyclotron resonance
Bowers, M. T.↗
Magnetic resonance studies of lunar samples
Apollo 11 rock and fines magnetic resonance, examining line shapes, temperature dependences and electron spin
Chan, S. I.↗
Kinetic analysis of the concurrent ion-molecule reactions in mixtures of argon and nitrogen with H2, D2, and HD utilizing ion-ejection- ion-cyclotron-resonance techniques
Kinetic analysis of ion-molecule reactions in Ar-N mixtures with H, deuterium and HD using ion ejection mode of ion-cyclotron- resonance spectroscopy
Bowers, M. T.↗
Analysis of the ion-molecule reactions in gaseous H sub 2, D sub 2, and HD by ion cyclotron resonance techniques.
Thermal energy rate constants of ion-molecule reactions in gaseous hydrogen, deuterium and HD, using ion cyclotron resonance method
Bowers, M. T.↗
Kinetic analysis of the ion-molecule reactions in nitrogen-hydrogen mixtures using ion cyclotron resonance.
Ion-molecule reaction kinetics in nitrogen- hydrogen mixtures using ion cyclotron resonance
Bowers, M. T.↗
Charge-exchange reactions in xenon-methane mixtures.
Charge exchange reactions in mixtures of Xe and methane, noting formation of methyl ion by electron impact decomposition of methane
Elleman, D. D.↗
Ion cyclotron resonance study of the secondary ion-molecule reactions in hexafluoroethane.
Secondary ion production in electron impact decomposition of hexafluoroethane, using ion cyclotron double resonance techniques
Elleman, D. D.↗
The attainment of zero magnetic field in a superconducting lead shell
Attainment of zero magnetic field in superconducting lead shell
Elleman, D. D.↗
An improved nuclear magnetic resonance spectrometer
Cylindrical sample container provides a high degree of nuclear stabilization to a nuclear magnetic resonance /nmr/ spectrometer. It is placed coaxially about the nmr insert and contains reference sample that gives a signal suitable for locking the field and frequency of an nmr spectrometer with a simple audio modulation system.
Elleman, D. D.↗
The attainment of zero magnetic field in a superconducting lead shell.
Zero magnetic field in superconducting lead shell using Meissner effect
METAL SHELL↗
Field stabilization of NMR spectrometers by means of samples coaxial and external to the receiver coil
Field stabilization of nuclear magnetic resonance spectrometers by means of samples coaxial and external to receiver coil
STABILIZATION↗
The signs of fluorine-phosphorus coupling constants
Signs of phosphorus-fluorine nuclear resonance spin-spin coupling constants
SPIN-SPIN COUPLING↗
Magnetic-flux pump
A magnetic flux pump is described for increasing the intensity of a magnetic field by transferring flux from one location to the magnetic field. The device includes a pair of communicating cavities formed in a block of superconducting material, and a piston for displacing the trapped magnetic flux into the secondary cavity producing a field having an intense flux density.
Hildebrandt, A. F.↗
Nuclear magnetic resonance of phosphorus compounds. II - The relative signs of the spin-spin couplings in dimethylphosphine and methylphosphine.
Nuclear magnetic resonance of phosphorus compounds, discussing signs of spin-spin couplings in dimethylphosphine and methylphosphine
NUCLEAR MAGNETIC RESONANCE↗