What to Learn from Solidification Research under Microgravity
P.R. Sahm, M.H. Keller |
p5 |
|
Particle Engulfment and Pushing by Solidifying Interfaces (PEPSI)
D.M. Stefanescu, D. Shangguan, P. von den Brincken |
p25 |
|
Effect of Vibration of Crystal during Bridgman Growth under Microgravity Conditions
G.A. Dolgikh, A.I. Feonychev, N.R. Storozhev, E.V. Zharikov |
p43 |
|
Scientific Basis for the Isothermal Dendritic Growth Experiment: A USMP-2 Space Flight Experiment
Martin E. Glicksman, M.B. Koss, R.C. Hahn, Ana Cris R. Veloso, A. Rojas, E. Winsa |
p51 |
|
Liquid Phase Processing of Oxide Dispersion Strengthened Aluminium Alloys
Ludo Froyen, S. De Bondt, A. Deruyttere |
p61 |
|
Coarsening Processes in Liquid Dispersions
Lorenz Ratke, D. Uffelmann |
p69 |
|
Peculiarities of the Crystal Growth from the Vapour-Gas Phase in Microgravity
M.B. Shcherbina-Samoilova |
p85 |
|
Structure of Xn-Pb-Fe Alloy Solidified under Microgravity
Jia Jun, Zhao Jiuzhou, Yu Yong Chen, Li Chengshou, Jing Fang Zhang, Chen Xicen, Sh.M. Dugugev, T.B. Zhukova, I.A. Smirnov |
p93 |
|
Sol-Gel Processing under Microgravity Conditions
M. Meier, O. Pamperin, H. Dittus, H.J. Rath |
p99 |
|
Solidification of Refractory Metals in a Free Fall
V.G. Kutsinskii |
p107 |
