✍ Scribed by Gary L. McPherson; Sarah C. Willard
No coin nor oath required. For personal study only.
Recewed 3 November 1980 4 rapd e\mton rn~ation m cr> s&s oi the mfmrte &am salts, CshXKl3 1H20 and CkhfnBr~-2H20. IS mdtcated by the temperature-dependent lummescence quench, nsuftmg from small concentrations 05 Cuz+. The exaton mgranon requues thermal actwxlon. The di?pendencz of iummescence quench on Cu2' concentration mdxates that elraton morlon m CshlnC1~-7-H20 IS not stnctly one-dlmenslonal.
📜 SIMILAR VOLUMES
The appearance potentials for producing the water cluster ions (H,O); , (H,O): , ( H20)\*H+ and (H,O) 3H+ have been determined by synchrotron radiation to be 10.87 ? 0.06, 10.92 -I-0.04,ll. 18 rt 0.02, and 11. lo? 0.02 eV, respectively, using a water-argon binary mixture in a supersonic jet. The res
The assumption that OH (OD) stretch vibrations in CsMnCi3-2HtO and -2D20 govern the rate of the 4T1 -6A1 multiphonon transitions in Mn \*+ is shown to account quantitatively for the observed 16-fold increase in the '?, lifetime upon replacing Hz0 by D20. The argument is generalized to include other