Add to ORKGThe overall objective of this program is to develop an improved understanding of some phenomena of importance to directional solidification. The aim of this research is also to help predict differences in behavior between solidification on Earth and solidification in space. In this report, the validity of the Burton-Primslichter equation is explored. The influence of operating variables on grain and twin generation and propagation in single crystals of In sub (x) Ga sub (1-x) Sb is also investigated
A theoretical research program was undertaken on the under cooling and solidification of materials u...
Solidification is taking place in industrial applications ranging from casting, welding, soldering t...
Within the framework of the proposed research, emphasis was placed on application of magnetic fields...
The long range goal is to develop an improved understanding of phenomena of importance to directiona...
The purpose of this study was to improve the understanding of the transport phenomena which occurs i...
A study of directional solidification of a weak binary alloy (specifically, Bi - 1 at% Sn) based on ...
Our long term goal is to develop techniques to achieve detached solidification reliably and reproduc...
The primary objective of the proposed research is to provide additional groundbased support for the ...
The main goals of the research consist of the development of mathematical tools and measurement of t...
Candidate materials and space environment effects on crystal growth and other solidification process...
The objective of this work is to approach the problem of determining the transport conditions (and e...
A pre-flight analysis of the directional solidification of BiSn with MEPHISTO-4 is presented. Simpli...
This work was aimed at developing and applying a new methodology for the efficient and accurate comp...
Directional melting of binary systems, as encountered during seeding in melt growth, is analyzed for...
Bridgman-type crystal growth techniques are attractive methods for producing homogeneous, high-quali...
A theoretical research program was undertaken on the under cooling and solidification of materials u...
Solidification is taking place in industrial applications ranging from casting, welding, soldering t...
Within the framework of the proposed research, emphasis was placed on application of magnetic fields...
The long range goal is to develop an improved understanding of phenomena of importance to directiona...
The purpose of this study was to improve the understanding of the transport phenomena which occurs i...
A study of directional solidification of a weak binary alloy (specifically, Bi - 1 at% Sn) based on ...
Our long term goal is to develop techniques to achieve detached solidification reliably and reproduc...
The primary objective of the proposed research is to provide additional groundbased support for the ...
The main goals of the research consist of the development of mathematical tools and measurement of t...
Candidate materials and space environment effects on crystal growth and other solidification process...
The objective of this work is to approach the problem of determining the transport conditions (and e...
A pre-flight analysis of the directional solidification of BiSn with MEPHISTO-4 is presented. Simpli...
This work was aimed at developing and applying a new methodology for the efficient and accurate comp...
Directional melting of binary systems, as encountered during seeding in melt growth, is analyzed for...
Bridgman-type crystal growth techniques are attractive methods for producing homogeneous, high-quali...
A theoretical research program was undertaken on the under cooling and solidification of materials u...
Solidification is taking place in industrial applications ranging from casting, welding, soldering t...
Within the framework of the proposed research, emphasis was placed on application of magnetic fields...