Add to ORKGThe following definitions were sought in the research on single crystals of metal solid solutions: (1) the influence of convection and/or gravity present during crystallization on the substructure of a metal solid solution; (2) the influence of a magnetic field applied during crystallization on the substructure of a metal solid solution; and (3) requirements for a space flight experiment to verify the results. Growth conditions for the selected silver-zinc alloy system are described, along with pertinent technical and experimental details of the project
The solubility measurement system and the laser scattering microscope system were designed, built, a...
Gallium arsenide, a commercially valuable semiconductor, has been prepared from the melt (M.P. 1237C...
The overall objective of this program is to develop an improved understanding of some phenomena of i...
Report describes growth of silver-alloy crystals under widely varying conditions of growth rate, tem...
The growth of single crystals of relatively high melting point metals such as silver, copper, gold, ...
Candidate materials and space environment effects on crystal growth and other solidification process...
The advantages and mechanisms of crystal growth from solution are discussed as well as the effects o...
Crystal growth; solidification of metals, alloys, and composites; fluids, transports, and chemical p...
NASA has been interested in experimental ground based study to investigate the fundamental processes...
The processing of nickel-silver alloy specimens in space is discussed. Four specimens were melted on...
The mechanism of crystal growth which may be affected by the space environment was studied. Conclusi...
A crystal growth experiment is reported on orbital space flights. The experiment was performed durin...
The primary objectives of the program were to establish basic vapor transport and crystal growth pro...
Based on the thermophysical properties of Hg sub 1-x Cd sub x Te alloys, the reasons are discussed f...
Growth of organic compounds from solution, in particular Rochelle salt and triglycine sulphate, was ...
The solubility measurement system and the laser scattering microscope system were designed, built, a...
Gallium arsenide, a commercially valuable semiconductor, has been prepared from the melt (M.P. 1237C...
The overall objective of this program is to develop an improved understanding of some phenomena of i...
Report describes growth of silver-alloy crystals under widely varying conditions of growth rate, tem...
The growth of single crystals of relatively high melting point metals such as silver, copper, gold, ...
Candidate materials and space environment effects on crystal growth and other solidification process...
The advantages and mechanisms of crystal growth from solution are discussed as well as the effects o...
Crystal growth; solidification of metals, alloys, and composites; fluids, transports, and chemical p...
NASA has been interested in experimental ground based study to investigate the fundamental processes...
The processing of nickel-silver alloy specimens in space is discussed. Four specimens were melted on...
The mechanism of crystal growth which may be affected by the space environment was studied. Conclusi...
A crystal growth experiment is reported on orbital space flights. The experiment was performed durin...
The primary objectives of the program were to establish basic vapor transport and crystal growth pro...
Based on the thermophysical properties of Hg sub 1-x Cd sub x Te alloys, the reasons are discussed f...
Growth of organic compounds from solution, in particular Rochelle salt and triglycine sulphate, was ...
The solubility measurement system and the laser scattering microscope system were designed, built, a...
Gallium arsenide, a commercially valuable semiconductor, has been prepared from the melt (M.P. 1237C...
The overall objective of this program is to develop an improved understanding of some phenomena of i...