Berlin / Columbus / Barcelona / Padova / Minneapolis / London / Leipzig / New York / Oxford / /
Company
Refs / Pergamon Press / Zirconia Systems / Clarendon Press / T3 / /
Country
Italy / /
Currency
pence / USD / / /
Event
Business Partnership / /
Facility
National Institute of Standards / National Institute of Standards and Technology / University of Minnesota / /
IndustryTerm
energy function / energy coefficients / local energy minimizers / energy allowing / stable orthorhombic solutions / free-energy density / polynomial energy / free energy / free-energy function / final strain energy function / strain energy / potential energy / chemical formulas / energy wells / point / high energy / monoclinic solutions / strain-dependent free-energy density / tetragonal solutions / orthorhombic energy wells / numerical solution / energy / /
Organization
Federal Communications Commission / National Science Foundation / Department of Aerospace Engineering and Mechanics / National Institute of Standards / Standards and Technology/American Ceramic Society / U.S. Securities and Exchange Commission / IMA / AEM Department / University of Minnesota / /
Person
Acta Crystallogr / Lev Truskinovsky / Giuseppe Fadda / Crystal Lattices / J. M. Le´ger / E. Kisi / /
Position
King / Professor / General / phenomenological model at the macroscopic level / /
Product
B 52 / B 47 / /
ProvinceOrState
Ohio / Minnesota / British Columbia / New York / /
PHYSICAL REVIEW B 66, 174107 共2002兲 Unified Landau description of the tetragonal, orthorhombic, and monoclinic phases of zirconia Giuseppe Fadda,1,* Lev Truskinovsky,2,† and Giovanni Zanzotto1,‡ 1