Titlebook: Hydrogen in Disordered and Amorphous Solids; Gust Bambakidis,Robert C. Bowman Book 1986 Springer Science+Business Media New York 1986 corr

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NMR Investigation of Paired Hydrogen Atoms in Plasma-Deposited Amorphous Siliconristic doublet, the Pake doublet. This doublet provides information on the bonding of the atoms and their separations. Two different Pake doublets have been observed in the hyrdogen NMR spectrum of plasma-deposited amorphous silicon. The first is due to SiH., part of the H that is bonded to the a-Si

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Deuteron Magnetic Resonance in Some Amorphous Semiconductorse performed at 30.7 MHz with a Bruker CXP 200 spectrometer and a probe constructed to permit operation at high rf power down to temperatures near 4 K. The 50 to 100 mg samples comprise less than 1 mm flakes in Kel-F containers of 5 mm diameter.

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Theory of Electronic States in Disordered Alloy Hydridesms involved in various physical properties such as superconductivity. Since the electronic structure of stoichiometric hydrides has been discussed extensively in the literature, in this article we will focus on the methodology and results of disordered hydrides. This disorder can occur on the metal

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Hydrogen in Disordered Solids: Model and Calculations of a few atmospheres if their surface is not contaminated by substances (e. g. oxide layers) which inhibit the hydrogen transfer from the gas phase to the bulk of the sample. Beside these ~ 40 metals there are hundreds of intermetallic compounds A.B. and an almost unlimited number of alloys A.B. wh

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Thermal Stability of Hydrides of Disordered and Amorphous Alloys storage of hydrogen, heat pumps, fuel cells, and heat engines (1,2). In all of these applications the uncharged intermetallic compound and the corresponding ternary hydride are subjected to a large number of charging and decharging cycles. A major disadvantage to using ternary hydrides which result

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Hydrogen in Ni-Zr Metallic Glassess been to see whether it was possible to identify key features of the pressure-concentration isotherms with the occupation of specific types of sites for the hydrogen in the amorphous metallic matrix. The first part of the research therefore was to establish the exact form of the reproducible pressu

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Mechanical Relaxation Behavior of Hydrogenated Metallic Glassesange reorientation relaxation of the Snoek type; the other is the long-range Gorsky relaxation. In contrast to the situation for bcc crystalline metals, these relaxations reveal the H-interstitial not only as a dilatation center of normal strength, but also as a strong elastic dipole. Coupled with a