Add to ORKGIn previous work at the Union College laboratory a method was finally developed which overcame the difficulties of the earlier studies of calcium-hydrogen equilibrium. The results obtained were in good agreement with the best work of other investigators. In the present work, an attempt was made to extend this method to a study of the lithium-hydrogen equilibrium
It has been shown that lithium borohydride can be destabilized with magnesium hydride additions for ...
The fact of the instability of lead iodide at moderately high temperatures is well known. This work ...
The hydrolysis of LiH at room temperature and under low water vapor pressure (PH2O < 10 hPa) is inve...
The purpose of this work was to investigate the isotope effect on the dissociation pressures of lith...
For the past fifteen years rather extensive investigations have been carried on in this laboratory c...
The properties and preparation of Li hydride are presented primarily from a thermodynamic point of v...
© 2016 The Royal Society of Chemistry. Lithium hydride destabilised with aluminium, LiH-Al (1:1 mole...
Hydrogen is touted as one of the solutions for future energy requirements. Metal hydrides typically ...
After the discovery of lithium aluminium hydride and its remarkable reducing properties it was soon ...
This paper described measurements of (1) the distribution of tritium and helium throughout both phas...
The technology of lithium and its compounds was accorded little consideration a few years ago. Immed...
Using cryogenic helium buffer-gas cooling, we have prepared dense samples of atomic lithium and mole...
"Date declassified: May 9, 1955"--P. [2]."Knolls Atomic Power Laboratory.""KAPL-1067.""March 1, 1954...
Lithium hydride is a nuclear material with a great affinity for moisture. As a result of exposure to...
The Interactions between N-H contenting chemicals and hydrides produce hydrogen. Such strong interac...
It has been shown that lithium borohydride can be destabilized with magnesium hydride additions for ...
The fact of the instability of lead iodide at moderately high temperatures is well known. This work ...
The hydrolysis of LiH at room temperature and under low water vapor pressure (PH2O < 10 hPa) is inve...
The purpose of this work was to investigate the isotope effect on the dissociation pressures of lith...
For the past fifteen years rather extensive investigations have been carried on in this laboratory c...
The properties and preparation of Li hydride are presented primarily from a thermodynamic point of v...
© 2016 The Royal Society of Chemistry. Lithium hydride destabilised with aluminium, LiH-Al (1:1 mole...
Hydrogen is touted as one of the solutions for future energy requirements. Metal hydrides typically ...
After the discovery of lithium aluminium hydride and its remarkable reducing properties it was soon ...
This paper described measurements of (1) the distribution of tritium and helium throughout both phas...
The technology of lithium and its compounds was accorded little consideration a few years ago. Immed...
Using cryogenic helium buffer-gas cooling, we have prepared dense samples of atomic lithium and mole...
"Date declassified: May 9, 1955"--P. [2]."Knolls Atomic Power Laboratory.""KAPL-1067.""March 1, 1954...
Lithium hydride is a nuclear material with a great affinity for moisture. As a result of exposure to...
The Interactions between N-H contenting chemicals and hydrides produce hydrogen. Such strong interac...
It has been shown that lithium borohydride can be destabilized with magnesium hydride additions for ...
The fact of the instability of lead iodide at moderately high temperatures is well known. This work ...
The hydrolysis of LiH at room temperature and under low water vapor pressure (PH2O < 10 hPa) is inve...