Atıf Formatları
Fcc-to-bct phase transformation of aluminum under triaxial stresses: an ab initio constant pressure study
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

M. Durandurdu, "Fcc-to-bct phase transformation of aluminum under triaxial stresses: an ab initio constant pressure study," EUROPEAN PHYSICAL JOURNAL B , vol.72, no.2, pp.241-245, 2009

Durandurdu, M. 2009. Fcc-to-bct phase transformation of aluminum under triaxial stresses: an ab initio constant pressure study. EUROPEAN PHYSICAL JOURNAL B , vol.72, no.2 , 241-245.

Durandurdu, M., (2009). Fcc-to-bct phase transformation of aluminum under triaxial stresses: an ab initio constant pressure study. EUROPEAN PHYSICAL JOURNAL B , vol.72, no.2, 241-245.

Durandurdu, MURAT. "Fcc-to-bct phase transformation of aluminum under triaxial stresses: an ab initio constant pressure study," EUROPEAN PHYSICAL JOURNAL B , vol.72, no.2, 241-245, 2009

Durandurdu, MURAT. "Fcc-to-bct phase transformation of aluminum under triaxial stresses: an ab initio constant pressure study." EUROPEAN PHYSICAL JOURNAL B , vol.72, no.2, pp.241-245, 2009

Durandurdu, M. (2009) . "Fcc-to-bct phase transformation of aluminum under triaxial stresses: an ab initio constant pressure study." EUROPEAN PHYSICAL JOURNAL B , vol.72, no.2, pp.241-245.

@article{article, author={MURAT DURANDURDU}, title={Fcc-to-bct phase transformation of aluminum under triaxial stresses: an ab initio constant pressure study}, journal={EUROPEAN PHYSICAL JOURNAL B}, year=2009, pages={241-245} }