Project 1. Anisotropic Epitaxial Selective Area Growth
Abstract
The extension of this model studied in [2] accounts for possibly inhomogeneous energy of the mask surface and for strong
anisotropies of crystal-vapor interfacial energy and kinetic mobility.
Project 2. Liquid Phase Electro-Epitaxial Selective Area Growth
Abstract
Publications:
[1]. M. Khenner, R.J. Braun,
Numerical Simulation of Liquid
Phase Electro-Epitaxial Selective Area Growth
Journal
of Crystal Growth 279 (2005) 213-228; due to copyright restrictions, fulltext is available on request only
[2]. M. Khenner,
Motion of Contact Line of a Crystal Over the Edge of Solid
Mask in Epitaxial lateral Overgrowth
Computational
Materials Science 32 (2005) 203-216; due to copyright restrictions, fulltext is available on request only
[3]. M. Khenner,
Computation of the
Material Indicator Function Near the Contact Line (in Tryggvason's
method)
Journal of Computational Physics 200(1) (2004) 1-7; due to copyright restrictions, fulltext is available on request only
[4]. M. Khenner,
Enhancement of Epitaxial Lateral Overgrowth by Vapor-Phase
Diffusion
International Journal of Engineering Science 42
(2004) 1439-1457; due to copyright restrictions, fulltext is available on request only
[5]. M. Khenner, R.J. Braun, M.G. Mauk,
A Model for
Anisotropic Epitaxial Lateral Overgrowth
Journal of Crystal
Growth 241 (2002) 330-346; due to copyright restrictions, fulltext is available on request only
[6]. M. Khenner, R.J. Braun, M.G. Mauk,
A Model for Isotropic
Crystal Growth from Vapor on a Patterned Substrate
Journal of Crystal
Growth 235 (2002) 425-438; due to copyright restrictions, fulltext is available on request only
