Accession Number : ADA187278

Title :   Proceedings of the High Energy Density Matter (HEDM) Conference Held in Rosslyn, Virginia on 12-13 May 1987,

Corporate Author : AIR FORCE ASTRONAUTICS LAB EDWARDS AFB CA

Personal Author(s) : Lauderdale, W J ; Sowell, W A

PDF Url : ADA187278

Report Date : Sep 1987

Pagination or Media Count : 348

Abstract : Contents: High Energy Density Matter Research; Towards Understanding the Stability of the H4*(C sub 3v) Cluster; Experimental Studies of the Properties of Trihydrogen and Tetrahydrogen; Theoretical Studies of the Lifetime of Metastable Trihydrogen and Tetrahydrogen; Characterization of Tetrahydrogen Via State-Selected Excitation of H2; Theoretical Studies of Metastable States of He2 and H4; The Influence of Condensed Phase on Metastability; Optimized Trial Functions for Quantum Monte Carlo Study of H4; Spectroscopy of Polyatomic Hydrogen Ions; Measurement of Charge Transfer Between D3(+) and SiH4; Explosive Decomposition of Fluorine Azide Films; Electronic Structure and Stability of Energetic Chemical Species; Metastable Molecular Fuels: Theoretical Study of Ion-Pair States -- Low Lying Surfaces of H3O; Ab Initio Calculations On High Spin States of CO-CH; Theoretical Studies of Spin Forbidden Radiative Processes and Electronically Nonadiabatic Processes Using ab initio Electronic Structure Methods; Experimental Studies on the Synthesis of New Noble Gas Fluorides and High Oxidation State Energetic Fluorine Compounds Involving Unusual bonding Situations; The Prevalence of Rhombic Structures in A2B2 Tetraatomics; and Photoexcitation of Triatomic Hydrogen.

Descriptors :   *CHARGE TRANSFER, *HIGH DENSITY, *HIGH ENERGY, *HYDROGEN, AZIDES, CHEMICALS, ELECTRONICS, ENERGETIC PROPERTIES, EXPERIMENTAL DATA, EXPLOSIVE DECOMPOSITION, FILMS, FLUORIDES, FLUORINE, FUELS, HIGH RATE, IONS, MEASUREMENT, METASTABLE STATE, MOLECULES, MONTE CARLO METHOD, POLYATOMIC MOLECULES, QUANTUM THEORY, RADIATION, RARE GASES, RHOMBUS, SPECTROSCOPY, SPIN STATES, SPINNING(MOTION), STRUCTURES, SYNTHESIS(CHEMISTRY), THEORY

Subject Categories : Physical Chemistry

Distribution Statement : APPROVED FOR PUBLIC RELEASE