CryochemistryMartin Moskovits, Geoffrey A. Ozin |
Contents
TECHNIQUES OF MATRIX CRYOCHEMISTRY | 10 |
MEASURING RATES OF DEPOSITION | 49 |
CONCLUSION | 57 |
Copyright | |
11 other sections not shown
Common terms and phrases
absorption Ag(CO alkali metal AMCOR Amer apparatus argon assigned bands binuclear bond boron calculated carbon carbonyls CH₂ CH3 CH3 Chem chemisorbed chemistry chromium cm¯¹ cm¹ cocondensation reaction complexes compounds condensed copper crucible cryochemistry cryostat Cu(CO deposition diatomic diffusion dimer electron energy experiments flask force constants frequency G. A. Ozin gaseous germanium halides heated high-temperature species hydrogen infrared infrared spectra intense intense bands interaction isolated isotopic kinetic Knudsen cell ligand low temperatures matrix reactions matrix-isolated metal atoms mixture molecular molecular orbital molecules Moskovits N₂ nickel noble gas observed obtained orbital ozonide P. L. Timms P. S. Skell photolysis Phys pressure pumping radical Raman ratio react reactant reaction vessel shifts shown in Figure silicon solid spectroscopy spectrum stoichiometry stretching modes structure studies susceptor symmetry synthesis Table techniques thermal transition metal trap triplet tube vacuum vapor vibrational yield