"Formation of 02(1 delta) by reaction of Cl2 gas with basic H202 liquid was studied using a small scale batch reactor. Effect on 02(1 delta) yield of certain reaction/reactor parameters were evaluated. Parameters included molarity of base and presence of Cl(-) in initial reaction solution, use of Br2 as reactant, depth of Cl2 injector in solution, area of cooled trap surface, and use of halocarbon coating on flow tube walls. Use of Cl2, base molarity, and trap condition were areas in which greatest effects were observed. Mixtures of argon and I2 were added to the flowing output from the generator and the high-field (1.7-2.4 T) EPR spectrum was scanned. No I2 or I species were observed. Values of g exp for two previously unreported EPR lines in the J=3 level of 02(1 delta) were obtained."--Abstract, report documentation page.

Title from cover. "March 1983." "Project 2303."--Cover. "Air Force Systems Command, United States Air Force."--Cover. "This document was prepared by the Molecular Dynamics Division, Directorate of Chemical Sciences, Frank J. Seiler Research Laboratory, United States Air Force Academy, CO. The research was conducted under Project Work Unit number 2303-F4-01. Chester J. Dymek, Jr. was the project scientist."--Cover verso. "This is the final report on work done in Work Unit 2303-F4-01, Chemiluminescent Gas Phase Reactions. The work reported in Part 1 was accomplished during the period, Feb 1980 to May 1981. During this period and up to Jan 1982, our major research tool, the EPR spectrometer, was not available for use due to a major modification following equipment failure. The work reported in Part 2 was done between Jan 1982 and Aug 1982."--Preface. Also available as ADA126776.