引用次数
引用: 3,865
H-指数: 32
I10-指数 : 76
出版物: 221
On the effect of gravity perturbations on composition profiles during Bridgman crystal growth in space
J.P. Garandet , S. Corre , S. Gavoille , J.J. Favier
Journal of Crystal Growth 165 ( 4) 471 -481
27
1996
Convective-diffusive transport in protein crystal growth
H. Lin , F. Rosenberger , J.I.D. Alexander , A. Nadarajah
Journal of Crystal Growth 151 ( 1) 153 -162
109
1995
Contamination of microgravity liquid diffusivity measurements by void-generated thermocapillary convection
M. Kassemi , S. Barsi , J.I.D. Alexander , M. Banish
Journal of Crystal Growth 276 ( 3-4) 621 -634
10
2005
Morphological stability of a solid-liquid interface and cellular growth : Insights from thermoelectric measurements in microgravity experiments
J.P. Garandet , G. Boutet , P. Lehmann , B. Drevet
Journal of Crystal Growth 279 ( 1) 195 -205
13
2005
Effects of void-induced convection on interface morphology and segregation during low-g solidification
S. Barsi , M. Kassemi , J.I.D. Alexander
International Journal of Heat and Mass Transfer 47 ( 23) 5129 -5137
10
2004
A residual acceleration data analysis and management system
R. Wolf , M.J.B. Rogers , J.I.D. Alexander
Advances in Space Research 13 ( 7) 261 -265
1993
Composition variations induced by g-jitter in Bridgman growth of Sn–Bi alloys in microgravity
J.P. Garandet , J.I.D. Alexander , S. Corre , J.J. Favier
Journal of Crystal Growth 226 ( 4) 543 -554
10
2001
A chebyshev collocation method for moving boundaries, heat transfer, and convection during directional solidification
Yiqiang Zhang , J.I.D. Alexander , J. Ouazzani
International Journal of Numerical Methods for Heat & Fluid Flow 4 ( 2) 115 -129
7
1994
A Tank Self-Pressurization Experiment Using a Model Fluid in Normal Gravity
S Barsi , Mohammed Kassemi , C Panzarella , J.I.D. Alexander
43rd AIAA Aerospace Sciences Meeting and Exhibit
10
2005
Convective contamination in self-diffusivity experiments with an applied magnetic field
Y.Y. Khine , R.M. Banish , J.I.D. Alexander
Journal of Crystal Growth 250 ( 1) 274 -278
15
2003
Some aspects of the fluid flow in a porous media in the microgravity conditions for the space plant production systems
N.E. Daidzic , J.I.D. Alexander , C.A. Camardo
Magnetic Resonance Imaging 19 ( 3) 593
1
2001
A Newtonian fluid model of the onset of plane folding in a single rock layer with surface tension effects
D.J. Wollkind , J.I.D. Alexander
Mathematical Modelling 2 ( 4) 319 -348
6
1981
Bridgman crystal growth in low gravity - A scaling analysis
J. I. D. Alexander , Franz Rosenberger
1
1990
Influence of residual gravity on crystal growth processes
F. Rosenberger , A. Nadarajah , J. I. D. Alexander , J. Ouazzani
Microgravity Science and Technology 3 ( 3) 162 -164
2
1990
Dynamic stability of long axisymmetric liquid bridges
J. I. D. Alexander , M. A. Gonzalez , J. Meseguer
Microgravity Science and Technology, ISSN 0938-0108, 1994, No. 7 7 ( 3) 246 -251
7
1994
Detailed analysis of Honeywell In-Space Accelerometer data - STS-32
Melissa J. B. Rogers , Jeff Schoess , J. I. D. Alexander
Microgravity Science and Technology 6 ( 1) 28 -33
3
1993
Flow and Distribution of Fluid Phases through Porous Plant Growth Media in Microgravity
G. Kluitenberg , S. Jones , S. L. Steinberg , D. Or
Bioastronautics Investigator's Workshop. Abstract Volume 121
1
2003
MODELING G-SENSITIVITY OF LOW-GRAVITY EXPERIMENTS
R. M. Banish , J. I. D. Alexander
Microgravity Science and Technology 11 ( 3) 90 -95
8
1998
Combustion and Thermal-Fluids Research Opportunities Created by the Expected Commercial Sub-Orbital Capabilities
J. I. D. Alexander
Next-Generation Suborbital Researchers Conference 1534 2
2010
Collapse Dynamics and Resonance Behavior of Axisymmetric Slender Liquid Bridges
C. Rosenblatt , P. L. Taylor , Mesfin Tsige , J. I. D. Alexander
APS
2001