1385 - 1410 |
Introduction to Harold Johnston Festschrift Herschbach D, Miller CE, Moore CB, Schwartz SE |
1411 - 1415 |
Uptake of methanol vapor in sulfuric acid solutions Kane SM, Leu MT |
1416 - 1422 |
Temperature-dependent rate coefficients for the reactions of Br(P-2(3/2)), Cl(P-2(3/2)), and O(P-3(J)) with BrONO2 Soller R, Nicovich JM, Wine PH |
1423 - 1432 |
Kinetics of CH2ClO radical reactions with O-2 and NO, and the unimolecular elimination of HCl Wu FX, Carr RW |
1433 - 1439 |
Homogeneous freezing of concentrated aqueous nitric acid solutions at polar stratospheric temperatures Salcedo D, Molina LT, Molina MJ |
1440 - 1444 |
Methylsulfonyl radical unimolecular dissociation studied by deep-UV ultrafast photoionization spectroscopy Owrutsky JC, Nelson HH, Baronavski AP |
1445 - 1448 |
Rates of reaction for cyclopropane and difluoromethoxydifluoromethane with hydroxyl radicals Wilson EW, Sawyer AA, Sawyer HA |
1449 - 1455 |
Assessing effects of rate parameter changes on ozone models using sensitivity analysis Smith GP, Dubey MK, Kinnison DE, Connell PS |
1456 - 1464 |
Rate constants for the reactions of chlorine atoms with deuterated methanes: Experiment and theory Boone GD, Agyin F, Robichaud DJ, Tao FM, Hewitt SA |
1465 - 1475 |
H+NO2 channels in the photodissociation of HONO at 193.3 nm Amaral G, Xu KS, Zhang JS |
1476 - 1488 |
Relating state-dependent cross sections to non-Arrhenius behavior for the Cl+CH4 reaction Michelsen HA, Simpson WR |
1489 - 1497 |
Revisiting the Hammond postulate: The role of reactant and product ionic states in regulating barrier heights, locations, and transition state frequencies Donahue NM |
1498 - 1506 |
Near-field influence on barrier evolution in symmetric atom transfer reactions: A new model for two-state mixing Rypkema HA, Donahue NM, Anderson JG |
1507 - 1514 |
High-pressure flow reactor product study of the reactions of HOx+NO2: The role of vibrationally excited intermediates Dransfield TJ, Donahue NM, Anderson JG |
1515 - 1520 |
Constraining the mechanism of OH+NO2 using isotopically labeled reactants: Experimental evidence for HOONO formation Donahue NM, Mohrschladt R, Dransfield TJ, Anderson JG, Dubey MK |
1521 - 1534 |
The NOx-HNO3 system in the lower stratosphere: Insights from in situ measurements and implications of the J(HNO3)-[OH] relationship Perkins KK, Hanisco TF, Cohen RC, Koch LC, Stimpfle RM, Voss PB, Bonne GP, Lanzendorf EJ, Anderson JG, Wennberg PO, Gao RS, Del Negro LA, Salawitch RJ, McElroy CT, Hintsa EJ, Loewenstein M, Bui TP |
1535 - 1542 |
Establishing the dependence of [HO2]/[OH]] on temperature, halogen loading, O-3, and NOx based on in situ measurements from the NASA ER-2 Lanzendorf EJ, Hanisco TF, Wennberg PO, Cohen RC, Stimpfle RM, Anderson JG, Gao RS, Margitan JJ, Bui TP |
1543 - 1553 |
Sources, sinks, and the distribution of OH in the lower stratosphere Hanisco TF, Lanzendorf EJ, Wennberg PO, Perkins KK, Stimpfle RM, Voss PB, Anderson JG, Cohen RC, Fahey DW, Gao RS, Hintsa EJ, Salawitch RJ, Margitan JJ, McElroy CT, Midwinter C |
1554 - 1560 |
Mechanism of HOx formation in the gas-phase ozone-alkene reaction. 1. Direct, pressure-dependent measurements of prompt OH yields Kroll JH, Clarke JS, Donahue NM, Anderson JG, Demerjian KL |
1561 - 1573 |
Detailed kinetic study of the growth of small polycyclic aromatic hydrocarbons. 1. 1-naphthyl plus ethyne Richter H, Mazyar OA, Sumathi R, Green WH, Howard JB, Bozzelli JW |
1574 - 1578 |
Reactions of NO+ with isomeric butenes from 225 to 500 K Midey AJ, Williams S, Viggiano AA |
1579 - 1582 |
Catalysis by NOx as the main cause of the spring to fall stratospheric ozone decline in the northern hemisphere Crutzen PJ, Bruhl C |
1583 - 1591 |
Rate constant measurements for the reaction of HO2 with O-3 from 200 to 300 K using a turbulent flow reactor Herndon SC, Villalta PW, Nelson DD, Jayne JT, Zahniser MS |
1592 - 1598 |
NO2 quantum yield from the 248 nm photodissociation of peroxynitric acid (HO2NO2) Roehl CM, Mazely TL, Friedl RR, Li YM, Francisco JS, Sander SP |
1599 - 1604 |
An ab initio study of the kinetics of the reactions of halomethanes with the hydroxyl radical. 3. Kinetic parameters predictions for the potential halon replacements CH2FBr, CHFBr2, CHFClBr, CHCl2Br, and CHClBr2 Louis F, Gonzalez CA, Huie RE, Kurylo MJ |
1605 - 1614 |
Reaction of hydroxyl radical with nitric acid: Insights into its mechanism Brown SS, Burkholder JB, Talukdar RK, Ravishankara AR |
1615 - 1621 |
Unimolecular reaction kinetics of CF2ClCF2CH3 and CF2ClCF2CD3: Experimental evidence for a novel 1,2-FCl rearrangement pathway Burgin MO, Heard GL, Martell JM, Holmes BE |
1622 - 1625 |
1,2-FCl rearrangement as an intermediate step in the unimolecular 1,3-HCl elimination from chlorofluoropropanes Heard GL, Holmes BE |
1626 - 1637 |
Slowing and speeding molecular beams by means of a rapidly rotating source Gupta M, Herschbach D |
1638 - 1642 |
Heat of formation of OBrO: Experimental photoionization study Klemm RB, Thorn RP, Stief LJ, Buckley TJ, Johnson RD |
1643 - 1648 |
Chemical kinetics of the NaO (A (2)Sigma(+))+O(P-3) reaction Griffin J, Worsnop DR, Brown RC, Kolb CE, Herschbach DR |
1649 - 1655 |
Surface structural studies of methanesulfonic acid at air /aqueous solution interfaces using vibrational sum frequency spectroscopy Allen HC, Raymond EA, Richmond GL |
1656 - 1661 |
Oxygen isotope effects in the oxidation of methane to carbon monoxide Weston RE |
1662 - 1668 |
Symmetry breaking and the molecular structure of NO3+ Miller CE, Francisco JS |
1669 - 1675 |
Use of quantum methods with transition state theory: Application to H-atom metathesis reactions Senosiain JP, Musgrave CB, Golden DM |