Austin / Washington / DC / Tallahassee / Danville / Frankfurt / Mobile / Troy / Johnson City / Minneapolis / /
Company
Biological Physics / Texaco / J. Comp / Chevron / Eötvös University Budapest Linear / COMP 20 Ab / Program Report COMP / Oak Ridge National Laboratory / /
Country
Germany / United States / /
Currency
pence / / /
Facility
Howard University / Bryn Mawr College / National Institute of Diabetes / Stony Brook University / Minnesota Supercomputing Institute / Vanderbilt University / College of St. Benedict / University of Minnesota Modeling / Lehigh University / Widener University / University of Michigan / University of Missouri-St. Louis / University of California / University of Missouri-Rolla / Kennesaw University / Florida State University / Station A5300 / University Blvd. / University of New Orleans / East Tennessee State University / Centre College / The Scripps Research Institute / University of Massachusetts Amherst Zeolites / University of Utah / St. John's University / Georgetown University / BioMaPS Institute / Monmouth University / Supercomputing Institute / Rutgers University / Ricketts Building / University of Texas / University of Massachusetts Amherst / University of Virginia / Rensselaer Polytechnic Institute / University of South Alabama / The University of Texas / University of Michigan Polyhedral / Laboratory of Chemical Physics / University of Minnesota / Rice University / / /
Holiday
St. Joseph / /
IndustryTerm
energy levels / analytic potential energy functions / free energy calculations / Potential energy surfaces / chemical reaction / aqueous solution / mathematical software packages / potential energy functions / numerical applications / energy / finite systems / symbolic processors / lower activation energy / soft condensed systems / spreadsheet software packages / molecular electronics / continuum-based free energy / nanoscale systems / clear solutions / zero-point energy difference / higher energy storage capacity / chemical equilibrium / free energy / natural products / thermal energy / solvation free energy / polycyclic systems / industrial applications / macro-scale systems / symbolic and numerical mathematics processor / numerical software interfaces / polymer solutions / energy storage capacity using density functional theory / energy calculations / nanotube-based devices / actual working devices / chemical synthesis / gas-phase energies / energy density / energy minima / multiscale simulation tools / recent applications / energy difference / molecular systems / algebra tools / singlet-triplet energy differences / model systems / unusual systems / data processing techniques / environment friendly energy sources / high energy density materials / energy surface / petroleum oil / signal processing techniques / computing algebra tools / /
MusicGroup
Oak / /
NaturalFeature
Gulf Coast / /
Organization
St. John's University / University of Michigan / Ann Arbor / University of Missouri-St. Louis / University of Texas at Austin / University of Michigan / Rice University / Department of Chemistry and Chemical Biology / Stony Brook University / University of New Orleans / New Orleans / University of Utah / University of Virginia / Department of Molecular Biology / Rensselaer Polytechnic Institute / Florida State University / Georgetown University / University of California at San Francisco / Chemistry Department / Department of Materials Science and Engineering / Department of Applied Mathematics and Statistics / Biological Center / Department of Chemical Engineering / Widener University / Bryn Mawr College / Scripps Research Institute / Lehigh University / U.S. Army Edgewood Chemical and Biological Center / Chemistry and Supercomputing Institute / Chemistry and Minnesota Supercomputing Institute / School of Engineering / Rutgers University / College of St. Benedict / University of Massachusetts Amherst / Centre College / Department of Chemical and Biological Engineering / Department of Chemistry / NSF CREST Center / National Institute of Diabetes and Digestive / United States Army / Center for Computational Materials Science / University of South Alabama / Department of Chemistry / Medical Technology / and Physics / University of Texas / Chemical Biology / and BioMaPS Institute for Quantitative Biology / Department of Biology / Laboratory of Chemical Physics / Department of Physics / Chem & Biochem Department / Vanderbilt University / Kennesaw University / East Tennessee State University / University of Michigan Polyhedral / University of Massachusetts Amherst Zeolites / Monmouth University / Department of Chemistry and Biochemistry / Howard University / University of Minnesota Modeling / University of Minnesota / /
Person
Joseph Noggle / Holger Gohlke / Michael Andrec / Matthew Neurock / Sidney Young / Sharon Glotzer / Pablo García-Fernández / Emilio Gallicchio / Anthony K. Felts / David A. Case / Isaac Bersuker / James Boggs / Ronald M. Levy / Theresa Zielinski / Harold H. Harris / Peter Cummings / Igor V. Alabugin / John Kieffer / Bobby G. Sumpter / Gustavo E. Scuseria / Olgun Guvench / Robert C. Rizzo / Bryn Mawr / Dmitry Bedrov / Jamal Uddin / Gerhard Hummer / Jingsong Huang / Miklos Kertesz / Manoharan Mariappan / Y. Zenmei Ohkubo / Benjamin Saylor / Scott J. Kirkby / Frank Rioux / Stewart Computational / James J. P. Stewart / Clare McCabe / Steven Rick / Scott E. Van Bramer / Verónica Barone / Charles L. Brooks III / / /
Program Report http://oasys.acs.org/acs/230nm/comp/programs/programreport.cgi?p... Program Report COMP 1 Modeling spontaneous formation of precursor nanoparticles in clear-solution zeolite