Argonne National Laboratory / Cl / Cmmm / Pm3 / Pm3n / Oxford University Press / Na / Brookhaven National Laboratory / Geophysical Laboratory / /
Country
Russia / United States / China / /
Currency
pence / / /
Event
Debt Financing / /
Facility
By stable / University of Chicago / State University of New York / Moscow State University / China Agricultural University / College of Science / /
IndustryTerm
Online Materials / predicted exothermic chemical reaction / ionic chemical bonding / chemical compounds / reaction products / multicomponent systems / chemical reaction / chemical rules / chemical roles / lower free energy / chemical entities / nearly-freeelectron metal / initio evolutionary algorithm / chemical bonding / simplest binary chemical system / important planet-forming systems / space / /
MusicGroup
NaCl3 / Electronic / /
Organization
Army Research Office / Carnegie Institution of Washington / National Science Foundation / University of Chicago / Chicago / Department of Physics and Astronomy / Department of Energy / Geology Department / office of Science / Department of Geosciences / State University of New York / Moscow State University / China Agricultural University / Beijing / Russian Academy of Sciences / College of Science / Center for Advanced Radiation Sources / Joint Supercomputer Center / Oxford University / EFRee / office of Basic Energy Sciences / /
Person
Raman / V.A.Zhdanov / V / J. C. Crowhurst / V / Salah Eddine / V.A. Kuchin / V / /
1 Unexpected stable stoichiometries of sodium chlorides Weiwei Zhang1, 2, *, Artem R. Oganov2, 3, *, Alexander F. Goncharov4, Qiang Zhu2, Salah Eddine Boulfelfel2, Andriy O. Lyakhov2, Maddury Somayazulu4, Vitali B.