Interface shape and thermally-driven convection in vertical bridgman growth of gallium selenide: A semiconductor with anisotropic solid-phase thermal conductivity

Journal of Heat Transfer

Volumn 123, Issue 4, 2001, Pages 729-740

  Lee, H ^a   Pearlstein, A J ^a  

^a UNIVERSITY OF ILLINOIS AT URBANA CHAMPAIGN   (United States)

Author keywords

Crystal growth; Microgravity; Solidification

Indexed keywords

ANISOTROPY; DEFORMATION; GRAVITATION; HEAT CONVECTION; ISOTHERMS; PHASE INTERFACES; SEMICONDUCTOR GROWTH; SOLIDIFICATION; TEMPERATURE DISTRIBUTION; THERMAL CONDUCTIVITY; THERMAL GRADIENTS; VISCOSITY;

BRIDGMAN GROWTH; THERMAL BUOYANCY;

SEMICONDUCTING GALLIUM ARSENIDE;

CRYSTAL;

EID: 0035422791     PISSN: 00221481     EISSN: None     Source Type: Journal    
DOI: 10.1115/1.1372194     Document Type: Article

References (87)

1. 2 crystals using shaped crucibles
2. 2 with control of interface shape and orientation
3. Directional solidification of AIZn eutectic in microgravity conditions
4. Simulation of vertical Bridgman growth of Benzene, a material with anisotropic solid-phase thermal vonductivity
5. Effect of crystal anisotropy on heat transfer during melting and solidification of a metal
6. Effects of anisotropic heat conduction on solidification
7. Influence of thermal conductivity on interface shape during bridgman growth
8. Simulation of radial dupont segregation in vertical bridgman growth of pyridine-doped benzene, a surrogate for binary organic nonlinear optical materials
9. Nonlinear optical crystal development for laser wavelength shifting at AFRL materials directorate
10. III-VI compounds
11. xSe
12. III-VI compounds
13. Properties of gallium selenide single crystal
14. Convective interference and 'Effective' diffusion-controlled segregation during directional solidification under stabilizing vertical temperature gradients; Ge
15. Radial segregation induced by natural convection and melt/solid interface shape in vertical bridgman growth
16. Convection and segregation in directional solidification of dilute and non-dilute binary alloys: Effects of ampoule and furnace design
17. Petrov-Galerkin methods for natural convection in directional solidification of binary alloys
18. Models for convection and segregation in the growth of HgCdTe by the vertical bridgman method
19. Modelling of the dynamics of HgCdTe growth by the vertical bridgman method
20. Modeling the vertical bridgman growth of Cadmium Zinc Telluride: I. Quasi-Steady analysis of heat transfer and convection
21. Three-dimensional convection and solute segregation in vertical bridgman crystal growth
22. A finite volume method for solute segregation in directional solidification and comparison with a finite element method
23. Effects of ampoule rotation on flows and dopant segregation in vertical bridgman growth
24. A model of Dopant transport during bridgman crystal growth with magnetically damped buoyant convection
25. Lattice dynamics of GaSe
26. 115In NQR study of polytopes of GaS, GaSe and InGe
27. The crystal structure of Benzene at -3°C
28. Anisotropy of lattice heat conductivity of complex chalcogenides
29. Principles of solidification
30. Computation of stress in Bridgman crystals
31. Influence of gamma and neutron irradiation on the photoluminescence spectra of p-type GaSe single crystals
32. Optical and electrical properties of layer semiconductor p-GaSe Doped with Zn
33. 3+ single crystals
34. Modified GaSe crystals for mid-IR applications
35. Electrical properties of n-GaSe single crystals doped with chlorine
36. Bridgman growth of GaSe crystals for nonlinear optical applications
37. Far-Infrared conversion materials: Gallium selenide for far-infrared conversion applications
38. The growth of single crystals of GaSe
39. Thermopower measurements in p-GaSe single crystals parallel and perpendicular to the c-Axis
40. Photovoltaic effect in InSe. application to solar energy conversion
41. Measured critical resolved shear stress and calculated temperature and stress fields during growth of CdZnTe
42. Melt growth of single crystal ingots of GaSe by Bridgman-Stockbarger's method
43. Orientations of the Basal plane of single crystals of GaSe grown by vertical bridgman technique
44. Phase diagram of the gallium-selenium system and photoluminescence spectra of GaSe crystals
45. x crystals
46. Search for giant Franz-Keldysh-Like effects in GaSe and other layered semiconductors
47. Average energy needed to produce an electron hole pair in GaSe nuclear particle detectors
48. Interface shape observation and calculation in crystal growth of CdTe by the vertical Bridgman method
49. A study of the interface control of vertical Bridgman crystal growth using a transparent multizone furnace
50. Local and global simulations of Bridgman and liquid-encapsulated Czochralski crystal growth
51. Growth of single crystals of GaSe with natural facets at large angles to the layers
52. Thermal expansion and volume changes during the melting of Gallium and Indium Selenides (translated)
53. Phase study on binary system Ga-Se
54. The phase diagram of the Ga-Se system
55. x for 0.5≤x≤0.6 and 300 K≤T≤1500 K
56. Scanning of T-X projections of phase microdiagrams based on data on Gas solubility in melts. Homogeneity area of GaSe at premelting temperatures
57. Thermal conductivity of Selenium and of Indium and Gallium Selenides in the liquid and solid states
58. Temperature dependence of the viscosity of Gallium and Indium Selenides (translated)
59. Specific heat of liquid In-Te alloys
60. Specific heat of liquid Ga-Te alloys
61. Specific heat of Gallium Selenide and Thallium Selenide
62. Growth and characterization of Gallium Selenide crystals for far-infrared conversion applications
63. Deep hole traps in p-type GaSe single crystals
64. GaSe nuclear particle detectors
65. VI single crystals
66. Convergent-Beam electron diffraction study of melt- And vapour-grown single crystals of Gallium Chalcogenides
67. Electrical properties of p-Type GaSe
68. Dislocation etching of GaSe single crystals
69. Preparation of single crystals of solid solutions of alloys of the system GaS-GaSe and study of their physical properties
70. Heat conductivity study of GaSe monocrystals
71. Heat transfer in vertical bridgman growth of oxides: Effects of conduction, convection, and internal radiation
72. Projection of the liquidus of the As, GallSe, Te System
73. 3-GaX type
74. Solid solutions in the system GaS-GaSe
75. The interaction of Gallium with Selenium
76. Untersuchung des Systems GaSe-InSe
77. Investigation of the Ga-Se phase diagram
78. Thermal conductivity of polycrystalline materials
79. Solidification of anisotropic semiconducting material-tellurium under microgravity conditions
80. Control of crystal growth in Bridgman furnace