T. O. Ogurtani, "Thermal grain-boundary grooving in bicrystal thin solid films having strong anisotropic surface Gibbs free energy represented by the modified cycloid-curtate function," JOURNAL OF CRYSTAL GROWTH , vol.311, no.6, pp.1584-1593, 2009
Ogurtani, T. O. 2009. Thermal grain-boundary grooving in bicrystal thin solid films having strong anisotropic surface Gibbs free energy represented by the modified cycloid-curtate function. JOURNAL OF CRYSTAL GROWTH , vol.311, no.6 , 1584-1593.
Ogurtani, T. O., (2009). Thermal grain-boundary grooving in bicrystal thin solid films having strong anisotropic surface Gibbs free energy represented by the modified cycloid-curtate function. JOURNAL OF CRYSTAL GROWTH , vol.311, no.6, 1584-1593.
Ogurtani, Tarik. "Thermal grain-boundary grooving in bicrystal thin solid films having strong anisotropic surface Gibbs free energy represented by the modified cycloid-curtate function," JOURNAL OF CRYSTAL GROWTH , vol.311, no.6, 1584-1593, 2009
Ogurtani, Tarik O. . "Thermal grain-boundary grooving in bicrystal thin solid films having strong anisotropic surface Gibbs free energy represented by the modified cycloid-curtate function." JOURNAL OF CRYSTAL GROWTH , vol.311, no.6, pp.1584-1593, 2009
Ogurtani, T. O. (2009) . "Thermal grain-boundary grooving in bicrystal thin solid films having strong anisotropic surface Gibbs free energy represented by the modified cycloid-curtate function." JOURNAL OF CRYSTAL GROWTH , vol.311, no.6, pp.1584-1593.
@article{article, author={Tarik Omer Ogurtani}, title={Thermal grain-boundary grooving in bicrystal thin solid films having strong anisotropic surface Gibbs free energy represented by the modified cycloid-curtate function}, journal={JOURNAL OF CRYSTAL GROWTH}, year=2009, pages={1584-1593} }