Georgia Institute of Technology / Carnegie-Mellon University / California/Carnegie-Mellon Institute of Technology / California Institute of Technology Pasadena / /
IndustryTerm
gas-particle thermodynamics / gas/particle partitioning / law constant / analytical solutions / gas/particle thermodynamic equilibrium / bulk aqueous-phase chemical mechanism / modules/algorithms / condensable organic products / gas-phase chemical mechanisms / gas/particle / aqueous solution / gasphase chemical mechanisms / short carbon chain / chemical components / chemical composition / functional groups / gas-phase mechanism / thirdgeneration products / gas-phase chemistry / alkaline systems / oxidation products / candidate algorithms / bulk aqueous-phase chemical kinetic mechanism / gas phase / bulk gas phase / /
Organization
Statewide Air Pollution Research Center / U.S. Environmental Protection Agency / John H. Seinfeld Department of Chemical Engineering / Stanford University Stanford / Department of Civil and Environmental Engineering / CA Spyros N. Pandis Department of Chemical Engineering / Georgia Institute of Technology / Carnegie-Mellon University Pittsburgh / Division of Engineering and Applied Science / European Union / California Institute of Technology Pasadena / /
Person
John H. Seinfeld / Meng / Kim / Krish Vijayaraghavan / Mark Z. Jacobson / Shiang-Yuh Wu / Betty Pun / Yang Zhang / /
Position
coarse PM / secondary PM / Prime Minister / organic PM / episodic PM / fine PM / inorganic PM / organic and inorganic PM / major PM / /
1 Development and Application of the Model of Aerosol Dynamics, Reaction, Ionization and Dissolution (MADRID)