GONUL, B. Et Al. 2004. Theoretical comparison of the band alignment of conventionally strained and strain-compensated phosphorus- aluminum- and nitrogen-based 1.3 mu m QW lasers. CHINESE JOURNAL OF PHYSICS , vol.42, no.6 , 764-775.

GONUL, B., KOCAK, F., TOKTAMIS, H., & Oduncuoglu, M., (2004). Theoretical comparison of the band alignment of conventionally strained and strain-compensated phosphorus- aluminum- and nitrogen-based 1.3 mu m QW lasers. CHINESE JOURNAL OF PHYSICS , vol.42, no.6, 764-775.

GONUL, B Et Al. "Theoretical comparison of the band alignment of conventionally strained and strain-compensated phosphorus- aluminum- and nitrogen-based 1.3 mu m QW lasers," CHINESE JOURNAL OF PHYSICS , vol.42, no.6, 764-775, 2004

GONUL, B Et Al. "Theoretical comparison of the band alignment of conventionally strained and strain-compensated phosphorus- aluminum- and nitrogen-based 1.3 mu m QW lasers." CHINESE JOURNAL OF PHYSICS , vol.42, no.6, pp.764-775, 2004

GONUL, B. Et Al. (2004) . "Theoretical comparison of the band alignment of conventionally strained and strain-compensated phosphorus- aluminum- and nitrogen-based 1.3 mu m QW lasers." CHINESE JOURNAL OF PHYSICS , vol.42, no.6, pp.764-775.

@article{article, author={B GONUL Et Al. }, title={Theoretical comparison of the band alignment of conventionally strained and strain-compensated phosphorus- aluminum- and nitrogen-based 1.3 mu m QW lasers}, journal={CHINESE JOURNAL OF PHYSICS}, year=2004, pages={764-775} }