Theoretical Chemistry Chemistry Department University of Utah Salt Lake City / /
IndustryTerm
tessellated energy surfaces / metal / reaction energy profile / rotational and vibrational energy disposal / potential energy surfaces / initio multiconfigurational potential energy / local energy tessellation / reactive energy surface / initio potential energy surface7 / gas-phase reactions / energy release / energy surface curvature / exit-channel potential energy surface / metal hydride product / energy gradients / energy / /
Organization
Jack Simons Henry Eyring Center / Theoretical Chemistry Chemistry Department University of Utah Salt Lake City / U.S. Securities and Exchange Commission / /
Person
Salazar / Jack Simons Henry / /
Position
Jahn-Teller / initial conditions representative / representative / second order Jahn-Teller / /
Reactive Dynamics for Zn( 3 P) + H2/D 2/HD → ZnH/ZnD + H/D: Rotational Populations in ZnH/ZnD Products Michael R. Salazar and Jack Simons Henry Eyring Center for Theoretical Chemistry Chemistry Department