L. Kadinski - Academia.edu (original) (raw)
Papers by L. Kadinski
MRS Proceedings, 1997
ABSTRACT
Materials Science Forum, 1998
ABSTRACT
Simulation of Semiconductor Devices and Processes, 1995
Numerical Flow Simulation II, 2001
ABSTRACT The rapid development on the information technology market implies a growing demand in q... more ABSTRACT The rapid development on the information technology market implies a growing demand in quantity and quality of semiconductor and optical crystalline material. For the correlated process development and optimization, numerical simulation is playing an essential role, with the necessity for further improvement of numerical techniques and capacities. The collaborative work presented in this paper numerically deals with important issues in the field of crystal growth like global simulation of bulk crystal growth and vapor phase epitaxy, phase transition problems, as well as new methods for high performance three-dimensional flow simulation. The different numerical codes applied were developed in a complementary way to cover a wide range of aspects important for crystal growth.
Materials Science Forum, 2000
Materials Science Forum, 2000
Materials Science Forum, 2001
Materials Science Forum, 2001
Materials Science Forum, 2000
Journal of Crystal Growth, 1997
Journal of Crystal Growth, 2000
Journal of Crystal Growth, 1997
Journal of Crystal Growth, 2004
Journal of Crystal Growth, 2001
Journal of Crystal Growth, 1995
Journal of Crystal Growth, 2000
Journal of Crystal Growth, 2004
Journal of Crystal Growth, 2004
MRS Proceedings, 1997
ABSTRACT
Materials Science Forum, 1998
ABSTRACT
Simulation of Semiconductor Devices and Processes, 1995
Numerical Flow Simulation II, 2001
ABSTRACT The rapid development on the information technology market implies a growing demand in q... more ABSTRACT The rapid development on the information technology market implies a growing demand in quantity and quality of semiconductor and optical crystalline material. For the correlated process development and optimization, numerical simulation is playing an essential role, with the necessity for further improvement of numerical techniques and capacities. The collaborative work presented in this paper numerically deals with important issues in the field of crystal growth like global simulation of bulk crystal growth and vapor phase epitaxy, phase transition problems, as well as new methods for high performance three-dimensional flow simulation. The different numerical codes applied were developed in a complementary way to cover a wide range of aspects important for crystal growth.
Materials Science Forum, 2000
Materials Science Forum, 2000
Materials Science Forum, 2001
Materials Science Forum, 2001
Materials Science Forum, 2000
Journal of Crystal Growth, 1997
Journal of Crystal Growth, 2000
Journal of Crystal Growth, 1997
Journal of Crystal Growth, 2004
Journal of Crystal Growth, 2001
Journal of Crystal Growth, 1995
Journal of Crystal Growth, 2000
Journal of Crystal Growth, 2004
Journal of Crystal Growth, 2004