Luminescence properties of rare gas solids

Molecular Photodynamics in Rare Gas Solids.

III. Sample Preparation and Morphology 1492 IV. Photon-Induced Dissociation 1493 V. Perfect Caging 1494 A. Direct Observation of the Caging Process 1494 B. Stabilization of Fragments and Isomerization 1495 1. OClO 1495 2. ICN 1496 VI. Predissociation 1497 A. Electronic Caging by Solvent Symmetry 1497 B. Differential Solvation 1497 VII. Dissociation through Sudden Cage Exit 1499 A. F(2P) 1500 B....

The Vacancy Concentration and Diffusion in Rare Gas Solids H

Using the two-body Mie, Lennard-Jones potentials derived from solid state properties, the vacancy concentration p. and self-diffusion coefficient D are calculated for the rare gas solids. The results are summarised in Tables l-3. Agreement is obtained with the observed D but not with p.. If the usual interpretation is applied, the agreement of I) suggests the absence of many-body forces whereas...

Luminescence Properties of TeO2-LiF-Gd2O3 Glasses

In this work, the structural properties and spectroscopic behavior 80 mol.%TeO2-20mol.%LiF glasses which were doped with 0. 05, 0. 2 mole% Gd2O3 have been studied. It was shown that,  by increasing the amount of Gd2O3 the glass stability was decreased. The PL emissions at 431nm and 627nm wavelengths were distinguished by 320nm excitation. The FT-IR analysis showed deformed TeO4 groups in these ...

Dissociative electron attachment to molecules in the gas phase and in rare gas solids

Simulstion of Gas Diffusion in Capillaries and Porous Solids