The proton spin lattice relaxation times and Knight shifts were measured in f.c.c. (delta-phase) and f.c.t. (epsilon-phase) ZrH/sub x/ for 1.5 or = to x or = to 2.0. Both parameters indicate that N(E/sub F/) is very dependent upon hydrogen content with a maximum occurring at ZrH1 83. This behavior is ascribed to modifications in N(E/sub F/) through a fcc/fct distortion in ZrH/sub x/ associated with a Jahn-Teller effect
We investigate the formation and dissolution of hydrides in commercially pure zirconium powder in-si...
Activation energies EA for hydrogen diffusion in hydrides of Group IVa transition metals have been d...
Hydrogen-loaded nanocrystalline graphite samples have been prepared by mechanical milling under a hy...
Pulsed nuclear magnetic resonance methods have been used to investigate the properties of various me...
Nuclear magnetic resonance (NMR) has been used to determine the activation energies for hydrogen dif...
Proton spin relaxation rates have been measured across the random alloy system Nb[subscript] yV[subs...
This research deals with one aspect of the scientific field of hydrogen in metals. The study of hydr...
We report on the measurement of the formation of γ-ZrH during in situ gaseous charging. The measurem...
A variational wavefunction is used to express the (spin restricted) Hartree-Fock energy as reciproca...
The pulsed NMR of hydrogen nuclei in LaH(,x) and YH(,x) with and without paramagnetic impurities (Ce...
Measurements of the proton spin-lattice relaxation (SLR) rate in yttrium-hydrogen solid solutions (a...
International audienceIn this contribution we report on the results of our recent 1H NMR studies of ...
Proton magnetic resonance and electron paramagnetic resonance measurement results are presented for ...
Variable temperature (VT) ^2H magic angle spinning (MAS) spectroscopy was employed to measure deuter...
Pulsed nuclear magnetic resonance has been used for the investigation of YHx where x = 1.72, 1.81, 1...
We investigate the formation and dissolution of hydrides in commercially pure zirconium powder in-si...
Activation energies EA for hydrogen diffusion in hydrides of Group IVa transition metals have been d...
Hydrogen-loaded nanocrystalline graphite samples have been prepared by mechanical milling under a hy...
Pulsed nuclear magnetic resonance methods have been used to investigate the properties of various me...
Nuclear magnetic resonance (NMR) has been used to determine the activation energies for hydrogen dif...
Proton spin relaxation rates have been measured across the random alloy system Nb[subscript] yV[subs...
This research deals with one aspect of the scientific field of hydrogen in metals. The study of hydr...
We report on the measurement of the formation of γ-ZrH during in situ gaseous charging. The measurem...
A variational wavefunction is used to express the (spin restricted) Hartree-Fock energy as reciproca...
The pulsed NMR of hydrogen nuclei in LaH(,x) and YH(,x) with and without paramagnetic impurities (Ce...
Measurements of the proton spin-lattice relaxation (SLR) rate in yttrium-hydrogen solid solutions (a...
International audienceIn this contribution we report on the results of our recent 1H NMR studies of ...
Proton magnetic resonance and electron paramagnetic resonance measurement results are presented for ...
Variable temperature (VT) ^2H magic angle spinning (MAS) spectroscopy was employed to measure deuter...
Pulsed nuclear magnetic resonance has been used for the investigation of YHx where x = 1.72, 1.81, 1...
We investigate the formation and dissolution of hydrides in commercially pure zirconium powder in-si...
Activation energies EA for hydrogen diffusion in hydrides of Group IVa transition metals have been d...
Hydrogen-loaded nanocrystalline graphite samples have been prepared by mechanical milling under a hy...