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The mechanism of SO2 oxidation by CH3O2 radicals. Rate coefficients for the reactions of CH3O2 with SO2 and NO

โœ Scribed by R. Simonaitis; J. Heicklen


Publisher
Elsevier Science
Year
1979
Tongue
English
Weight
237 KB
Volume
65
Category
Article
ISSN
0009-2614

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โœฆ Synopsis


The reacttonsof CH30z nitIt SO2 and NO haw been studied bv steady state photo&s of azomethane in the presence of Ot-SOz-SO mixtures at 196 M and I ;Ltm total pressure. Thr quantum yield of NO otidntion by CHxO= m.dicxG is increased substanthlIy when SO? is added ro the system indicating an SOa induced chain oxidation of X0. The rare isw gbes -CH30 t KOz (1). Combining this ratio with the absolute value ofkr = 8.2 X IO-" cm3 se1 gibes X-2 = 10


๐Ÿ“œ SIMILAR VOLUMES


The reaction of CH3O2 with SO2
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Mixtures of Cl:!, CH4, and 0 2 were flash photolyzed a t room temperature and pressures of -60-760 Torr to produce CH3O2. The CH3O2 radicals decay by the second-order process (6) 2CH302products with k g = (3.7 f 0.3) X cm3/sec in good agreement with other studies. This value ignores any removal by s

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Methylperoxy radicals were generated by the flash photolysis of azomethane-oxygen mixtures. The observed broadband spectrum of the CH302 radical is similar, but not identical to those reported previously. The CH:302 decay followed second-order kinetics a t high CH:jOz concentrations with k4, = (2.5

The reaction of CH3O2 radicals with NO2
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The rate constant for the reaction CH302 + NO2 -(products) has been measured directly by flash photolysis and kinetic spectroscopy. At room temperature and a t total pressures between 53 and 580 Torr, k:, = (9.2 f 0.4) X lo8 liter/mole sec so that the rate of formation of the probable primary produc

Rate coefficients at 298 K for SO reacti
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Rcccivcd 30 Apnl 1982 SO:, photodissociation at 193 nm (AIF cxclmer lmr) ha been used to create SO radicals; the chcmdumincsccncc from the SO + 03 reaction has been used to follow the SO ndical decay. Rate coefticicnls at 298 K of (1 07 t 0.16) x 10-r6, (1 06 f 0 16) x 10-r3, and (1 48 k 0 20) x IO-

Rate constants for the gas-phase reactio
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Rate constants for the reactions of OH radicals and Cl atoms with CH,CH,NO>, CH,CH,CH,NO,, CH3CH2CH2CHzN02, and CH,CH2CH2CH,CH2N02 have been determined at 295+3 K and a total pressure of approximately 1 atm. The OH rate data were obtained using both the absolute rate technique of pulse radiolysis co

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The hinetics of the reactions of the (CI13)2K rrtduxl wthX0.N02,and O2 rrere studied usins FTIR spectroscopy. The tutwe of the products and the ratio ofr.~tc constants for these reactions acre dctermmed\_ The results were used to evalu.rte the potenti.n for nitros.unine .md nitramine formation in X0