Add to ORKGThe solution of the one dimensional planar interface solidification problem is presented. Numerical solutions are applied to experimental solute profiles to determine the effective diffusion constant for Hg Co Te. Progress on the design and construction of a high gradient furnace is reported
The existing theoretical analyses of solidification dynamics lack the insights of historical relevan...
Numerical solutions were applicable for planar, cylindrical, or spherical geometries with any diffus...
A recently developed numerical method for single-component phase-change problems is extended to trea...
Melt convection, along with species diffusion and segregation on the solidification interface are th...
A numerical model of HgCdTe solidification was implemented using finite the element code FIDAP. Mode...
The main goals of the research consist of the development of mathematical tools and measurement of t...
An improved understanding of the phenomena of importance to directional solidification is attempted ...
As a solid solution semiconductor having, a large separation between liquidus and solidus, mercury c...
Ces travaux de thèse ont développé l’ensemble des problématiques de diffusion liées à la fabrication...
Directional solidification experiments have been conducted utilizing the succinonitrile-salol transp...
Integral mass conservation was widely accepted for the solute coupling to solve solute redistributio...
Bridgman-type crystal growth techniques are attractive methods for producing homogeneous, high-quali...
The purpose of this study was to improve the understanding of the transport phenomena which occurs i...
The dynamics of planar interface motion and the formation and reorganization of interface instabilit...
A thermal analysis of Hg/Cd/Te solidification in a Bridgman cell is made using Continuum's VAST code...
The existing theoretical analyses of solidification dynamics lack the insights of historical relevan...
Numerical solutions were applicable for planar, cylindrical, or spherical geometries with any diffus...
A recently developed numerical method for single-component phase-change problems is extended to trea...
Melt convection, along with species diffusion and segregation on the solidification interface are th...
A numerical model of HgCdTe solidification was implemented using finite the element code FIDAP. Mode...
The main goals of the research consist of the development of mathematical tools and measurement of t...
An improved understanding of the phenomena of importance to directional solidification is attempted ...
As a solid solution semiconductor having, a large separation between liquidus and solidus, mercury c...
Ces travaux de thèse ont développé l’ensemble des problématiques de diffusion liées à la fabrication...
Directional solidification experiments have been conducted utilizing the succinonitrile-salol transp...
Integral mass conservation was widely accepted for the solute coupling to solve solute redistributio...
Bridgman-type crystal growth techniques are attractive methods for producing homogeneous, high-quali...
The purpose of this study was to improve the understanding of the transport phenomena which occurs i...
The dynamics of planar interface motion and the formation and reorganization of interface instabilit...
A thermal analysis of Hg/Cd/Te solidification in a Bridgman cell is made using Continuum's VAST code...
The existing theoretical analyses of solidification dynamics lack the insights of historical relevan...
Numerical solutions were applicable for planar, cylindrical, or spherical geometries with any diffus...
A recently developed numerical method for single-component phase-change problems is extended to trea...