Journal of the Korean Crystal Growth and Crystal Technology 2023 KCI Impact Factor : 0.19
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pISSN : 1225-1429 / eISSN : 2234-5078
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Effects of thermal boundary conditions and microgravity environments on physical vapor transport of Hg2Cl2-Xe system
- Journal of the Korean Crystal Growth and Crystal Technology
- Abbr : J. Korean Cryst. Growth Cryst. Technol.
- 2009, 19(4), pp.172-183
- Publisher : The Korea Association Of Crystal Growth, Inc.
- Research Area : Engineering > Materials Science and Engineering
Geug Tae Kim 1, Moo Hyun Kwon 2, Kyong-Hwan Lee 3
1한남대학교
2우석대학교
3한국에너지기술연구원
Accredited
ABSTRACT
For the effects of the nonlinear temperature profiles and reduced-gravity conditions we conduct a two-dimensional
numerical modeling and simulations on the physical vapor transport processes of Hg2Cl2
-Xe system in the horizontal
orientation position. Our results reveal that: (1) A decrease in aspect ratio from 5 to 2 leads to an increasingly nonuniform
interfacial distribution and enhances the growth rate by one-order magnitude for normal gravity and linear wall temperature
conditions. (2) Increasing the molecular weight of component B, Xenon results in a reduction in the effect of solutal
convection. (3) The effect of aspect ratio affects the interfacial growth rates significantly under normal gravity condition
rather than under reduced gravitational environments. (4) The transition from the convection-dominated regime to the
diffusion-dominated regime ranges arises near at 0.1g0 for operation conditions under consideration in this study.
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[journal]
D.W. Greenwell
/ 1981
/ Numerical modeling of diffusive physical vapor transport in cylindrical ampoules
/ J. Crystal Growth
51
: 413~
[journal]
B.L. Markham
/ 1981
/ Numerical modeling of diffusive-convective physical vapor transport in cylindrical vertical ampoules
/ J. Crystal Growth
51
: 426~
[journal]
B.S. Jhaveri
/ 1982
/ Expansive convection in vapor transport across horizontal enclosures
/ J. Crystal Growth
57
: 57~
[journal]
B.L. Markham
/ 1984
/ Diffusive-convective vapor transport across horizontal and inclined rectangular enclosures
/ J. Crystal Growth
67
: 241~
[journal]
G.P. Extremet
/ 1987
/ Effect of temperature gradient locally applied on a long horizontal cavity
/ Int’l J. Heat and Fluid Flow
8
: 26~
[journal]
A. Nadarajah
/ 1992
/ Effects of buoyancy-driven flow and thermal boundary conditions on physical vapor transport
/ J. Crystal Growth
118
: 49~
[journal]
H. Zhou
/ 1996
/ Physical vapor transport of zinc-telluride by dissociative sublimation
/ J. Crystal Growth
167
: 534~
[journal]
F. Rosenberger
/ 1997
/ Physical vapor transport revised
/ J. Crystal Growth
171
: 270~
[journal]
N. Ramachandran
/ 2000
/ Modeling studies of PVT growth of ZnSe: current status and future course
/ J. Crystal Growth
208
: 269~
[report]
C. Mennetrier
/ 1991
/ Thermal-solutal convection with conduction effects inside a rectangular enclosure
/ NASA Technical Memorandum
[report]
C. Mennetrier
/ 1992
/ Physical vapor transport of mercurous chloride under a non linear thermal profile
[journal]
J. Lu
/ 2006
/ Numerical simulation of the flow field and concentration distribution in the bulk growth of silicon carbide crystals
/ J. Crystal Growth
292
: 519~
[journal]
H. Wiedemeier
/ 1992
/ Vapor transport and crystal growth of GeSe under normal and high acceleration
/ J. Crystal Growth
119
: 79~
[journal]
Edward R. Letts
/ 2009
/ Effect of indium on the physical vapor transport growth of AlN
/ J. Crystal Growth
311
: 1060~
[journal]
D. Zhuang
/ 2006
/ Seeded growth of AlN single crystals by physical vapor transport
/ J. Crystal Growth
287
: 372~
[journal]
J.-S. Kim
/ 2008
/ Growth of Hg2Cl2 and Hg2Br2 single crystals by physical vapor transport
/ J. Crystal Growth
310
: 2457~
[journal]
N.B. Singh
/ 2003
/ Microgravity experiment to understand the effect of convection on PVT crystal growth
/ Adv. Space Res.
32
: 211~
[journal]
Ching-Hua Su
/ 2000
/ In situ partial pressure measurements and visual observation during crystal growth of ZnSe by seeded physical vapor transport
/ J. Crystal Growth
209
: 687~
[journal]
Ching-Hua Su
/ 2000
/ Contactless growth of ZnSe single crystals by physical vapor transport
/ J. Crystal Growth
213
: 267~
[journal]
W. Palosz
/ 2000
/ Physical vapor transport of lead telluride
/ J. Crystal Growth
216
: 273~
[journal]
W.M.B. Duval
/ 1994a
/ Convection in the physical vapor transport process--I: Thermal convection
/ J. Chem. Vapor Deposition
2
: 188~
[journal]
W.M.B. Duval
/ 1994b
/ Convection in the physical vapor transport process--II: Thermosolutal convection
/ J. Chem. Vapor Deposition
2
: 282~
[journal]
W.M.B. Duval
/ 1993
/ Transition to chaos in the physical vapor transport process--I: fluid mechanics problem phenomena in microgravity
/ Fluids Eng. Div. ASME
175
: 51~
[journal]
W.M.B. Duval
/ 1997
/ Physical vapor transport of mercurous chloride crystals; design of a microgravity experiment
/ J. Crystal Growth
174
: 120~
[journal]
P.A. Tebbe
/ 2004
/ Finite element modeling of asymmetric and transient flow flieds during physical vapor transport
/ Finite Elements in Analysis and Design
40
: 1499~
[journal]
G.T. Kim
/ 1995
/ Thermal convective effects on physcial vapor transport growth of mercurous chloride crystals (Hg2C12) for axisymmetric 2-D cylindrical enclosure
/ Modelling. Simul. Mater. Sci. Eng.
3
: 331~
[journal]
G.T. Kim
/ 1997
/ Thermal convection in physical vapour transport of mercurous chloride (Hg2Cl2) for rectangular enclosures
/ Modelling. Simul. Mater. Sci. Eng.
5
: 289~
[journal]
G.T. Kim
/ 1997
/ Effects of asymmetric temperature profiles on thermal convection during physical vapor transport of Hg2Cl2
/ Chem. Eng. Comm.
162
: 45~
[journal]
최정길
/ 2006
/
Effect of accelerational perturvations on physical vapor transport crystal growth under microgravity environments
/ 한국결정성장학회지
/ 한국결정성장학회
16(5)
: 203~209
[journal]
김극태
/ 2004
/
Parametric studies on convection during the physical vapor transport of mercurous chloride (Hg2Cl2)
/ 한국결정성장학회지
/ 한국결정성장학회
14(6)
: 281~289
[journal]
Geug-Tae Kim
/ 2005
/
Convective-diffusive transport in mercurous chloride (Hg2Cl2) crystal growth
/ Journal of Ceramic Processing Research
/ 세라믹공정연구센터
6(2)
: 110~117
[journal]
최정길
/ 2008
/
Effects of inert gas (Ne) on thermal convection of mercurous chloride system of Hg₂Cl₂ and Ne during physical vapor transport
/ 한국결정성장학회지
/ 한국결정성장학회
18(6)
: 225~231
[journal]
최정길
/ 2009
/
Generic studies on thermo-solutal convection of mercurous chloride system of Hg2Cl2 and Ne during physical vapor transport
/ 한국결정성장학회지
/ 한국결정성장학회
19(1)
: 39~47
[journal]
N.B. Singh
/ 1989
/ Evaluation of transport conditions during PVT: mercurous chloride system
/ PhysicoChemical Hydrodynamics
11
: 41~
[journal]
N.B. Singh
/ 1984
/ Growth and characterization of mercurous halide crystals:mercurous bromidesystem
/ J. Crystal Growth
137
: 155~
[journal]
N.B. Singh
/ 1970
/ Purification and growth of mercurous chloride single crystals
/ J. Crystal Growth
75
: 173~
[journal]
S.J. Yosim
/ 1960
/ The mercury-mercuric chloride system
/ J. Phys. Chem.
60
: 909~
[journal]
F. Rosenberger
/ 1983
/ Interfacial transport in crystal growth, a parameter comparison of convective effects
/ J. Crystal Growth
65
: 91~
[book]
R.B. Bird
/ 1960
/ Transport Phenomena
/ John Wiley and Sons
[book]
S.V. Patankar
/ 1980
/ Numerical Heat Transfer and Fluid Flow
/ Hemisphere Publishing Corp.
[journal]
D.W. Mackowski
/ 1997
/ Numerical investigation of the effects of thermal creep in physical vapor transport
/ J. Crystal Growth
179
: 297~
[journal]
I. Catton
/ 1967
/ Effects of side walls on natural convection between horizontal plates heated from below
/ J. Heat Transfer
89
: 259~
[journal]
D.K. Edwards
/ 1972
/ Suppression of cellular convection by lateral walls
/ J. Heat Transfer
91
: 145~
[book]
S.V. Patankar
/ 1980
/ Numerical Heat Transfer and Fluid Flow
/ Hemisphere Publishing Corp.