A. Croell

Dislocation dynamics and slip band formation in silicon: In-situ study by X-ray diffraction imaging

D. K. Bowen, A. Danilewsky, P. McNally, 2011 .

Synthesis, thermal conductivity, and hydrogen compatibility of a high melt point solid solution uranium carbide, (U0.2Zr0.8)C

D. D. Byler, M. Volz, J. Rosales, 2022, Nuclear Materials and Energy.

Semiconductor crystal growth under microgravity: Results of Float-zone technique

K. Benz, A. Croell, 1999 .

Hot hydrogen testing of direct current sintered NbC and (ZrNbW)C for nuclear thermal propulsion

M. Volz, Jamelle K.P. Williams, J. Rosales, 2023, Nuclear Materials and Energy.

Dynamic Modeling of Critical Velocities for the Pushing/Engulfment Transition in the Si-SiC System Under Gravity Conditions

J. Friedrich, J. Kundin, J. Seebeck, 2016, Metallurgical and Materials Transactions A.

Time-dependent magnetic field influence on GaAs crystal growth by vertical Bridgman method

T. Lyubimova, I. S. Fayzrakhmanova, O. Khlybov, 2004 .

The influence of thermoelectromagnetic convection (TEMC) on the Bridgman growth of semiconductors

F. Szofran, S. Motakef, A. Croell, 2000 .

Semiconductor crystals grown under microgravity and in magnetic fields

P. Dold, K. Benz, A. Croell, 1995 .