Th-Atm-01 |
Atmospheric Chemistry |
Ricardo Suarez Bertoa |
Atmospheric reactivity of functionalized organic nitrates  |
Th-Atm-02 |
Atmospheric Chemistry |
Georges Le Bras |
Pressure and temperature dependence of methyl nitrate formation in the CH3O2 + NO reaction  |
Th-Atm-03 |
Atmospheric Chemistry |
Chrsitina Higgins |
Photochemistry of organic nitrates studied using cavity ring-down spectroscopy  |
Th-Atm-04 |
Atmospheric Chemistry |
Mads Sulbaek Andersen |
Halothane, Isoflurane, Enflurane, Desflurane, and Sevoflurane: Atmospheric Chemistry and Environmental Impact of General Anesthetic Gases  |
Th-Atm-05 |
Atmospheric Chemistry |
Tomasz Gierczak |
trans-CF3CH=CHCl: Temperature Dependent OH Rate Coefficients and Global Warming Potential  |
Th-Atm-06 |
Atmospheric Chemistry |
Robert Waterland |
Environmental Characteristics of Next Generation Commercial Hydrofluorocarbons: HFO-1234yf and HFO-1336mzz  |
Th-Atm-07 |
Atmospheric Chemistry |
Shona Smith |
Understanding the Chemistry of Hydrofluoroolefin (HFO) Replacement Compounds: Cl Atom Kinetics and Adduct Formation  |
Th-Atm-08 |
Atmospheric Chemistry |
Gilles Poulet |
Atmospheric degradation of two short-lived brominated hydrocarbons (CHBr3 and CH2Br2)  |
Th-Atm-09 |
Atmospheric Chemistry |
Rafal Strekowski |
Kinetic studies of the OH(Χ2Π) and O(3P) initiated reactions with selected short chain iodoalkanes  |
Th-Atm-10 |
Atmospheric Chemistry |
Elena Jimenez |
Kinetics with OH Radicals and Photochemistry of CF3CF2CHO  |
Th-Atm-11 |
Atmospheric Chemistry |
Mike Nicovich |
Kinetics of the Reactions of Atomic Chlorine with CH3NH2, (CH3)2NH, and (CH3)3N  |
Th-Atm-12 |
Atmospheric Chemistry |
Takashi Imamura |
Kinetics of the Gas-phase Reactions of OH Radicals and O3 with Aliphatic Amines  |
Th-Atm-13 |
Atmospheric Chemistry |
Lavinia Constantina Onel |
Atmospheric Oxidation of Amines Relevant for Carbon Capture and Storage  |
Th-Atm-14 |
Atmospheric Chemistry |
Daniel Mok |
Spectroscopy of the simplest Criegee intermediate CH2OO: Simulation of the first bands in its electronic and photoelectron spectra  |
Th-Atm-15 |
Atmospheric Chemistry |
Tara Kahan |
Hydrogen Peroxide Absorption at Long Wavelengths: Implications for HOx Cycling  |
Th-Atm-16 |
Atmospheric Chemistry |
Carl Percival |
Temperature Dependence of the Rate Constant and Product Studies for BrO + CH3O+ using a Turbulent Flow Tube coupled to Chemical Ionisation Mass Spectrometry (CIMS)  |
Th-Atm-17 |
Atmospheric Chemistry |
Mitchio Okumura |
Kinetics and product branching ratio of the ethyl peroxy self-reaction  |
Th-Atm-18 |
Atmospheric Chemistry |
Leah Dodson |
Direct detection and kinetics of NO3 and Cl-substituted alkylperoxy radicals using cavity ringdown spectroscopy  |
Th-Atm-19 |
Atmospheric Chemistry |
Hongyi Hu |
Temperature-dependent rate constants of regular and fully-deuterated methoxy radical reacting with O2  |
Th-Atm-20 |
Atmospheric Chemistry |
Abdelwahid Mellouki |
Studies of the gas phase reactions of linalool, 6-methyl-5-hepten-2-ol and 3-methyl-1-penten-3-ol with O3 and OH radicals  |
Th-Atm-21 |
Atmospheric Chemistry |
Ian Barnes |
Rate of degradation of CH3CH=CHC(O)OCH=CH2 and CH3C(O)OCH=CHCH=CH2 in the troposphere  |
Th-Atm-22 |
Atmospheric Chemistry |
Inmaculada Colmenar |
Kinetic study of butenedial with the main atmospheric oxidants  |
Th-Atm-23 |
Atmospheric Chemistry |
Christoph Gross |
OH from reactions of HO2 with organic peroxy radicals (RO2)  |
Th-Atm-24 |
Atmospheric Chemistry |
Terry J. Dillon |
Is OH produced from NO2* + H2O or NO3* + H2O?  |
Th-Atm-25 |
Atmospheric Chemistry |
Pranay Morajkar |
A kinetic study of the gas phase reaction between HO2 radicals and HCHO  |
Th-Atm-26 |
Atmospheric Chemistry |
Luke Farrugia |
Kinetics of reactions of Cl atoms with C4 - C5 hydrocarbons over a temperature range of ~ 220 - 320 K  |
Th-Atm-27 |
Atmospheric Chemistry |
Sami Almabrok |
The Kinetics of the Gas-phase Reactions of Selected Monoterpenes and Cyclo-alkenes with Ozone and the NO3 Radical.  |
Th-Atm-28 |
Atmospheric Chemistry |
William Stockwell |
The Regional Atmospheric Chemistry Mechanism  |
Th-Atm-29 |
Atmospheric Chemistry |
Charlene Lawson |
The Effects of Daytime and Nighttime Chemistry on Air Quality Forecasts  |
Th-Atm-30 |
Atmospheric Chemistry |
Jan Kazil |
Atmospheric lifetimes of neoteric short-lived HFCs against oxidation by the hydroxyl radical, and the resulting dry and wet deposition of trifluoroacetic acid in a WRF/Chem simulation  |
Th-Atm-31 |
Atmospheric Chemistry |
Renyi Zhang |
Experimental and Theoretical Investigation of the OH-initiated Oxidation of Toluene  |
Th-Com-01 |
Combustion Chemistry |
Thanh Lam Nguyen |
Semi-classical TST calculations of thermal rates and KIEs for H+H2, H+CH4, and CN+H2 reactions  |
Th-Com-02 |
Combustion Chemistry |
Harish Chakravarty |
Theoretical Investigation of the Hydrogen Abstractions from Furan and its Derivatives by HO2 and OH Radicals  |
Th-Exp-01 |
Experimental Methods and Applications |
Andrew Rickard |
Measurements of α-Dicarbonyl Compounds: A Detailed Instrument Intercomparison at the European Photoreactor (EUPHORE)  |
Th-Exp-02 |
Experimental Methods and Applications |
Frank Winiberg |
Pressure Dependent HO2 Calibration of the Fluorescence Assay by Gas Expansion (FAGE) Instrument Using the Highly Instrumented Reactor for Atmospheric Chemistry (HIRAC)  |
Th-Fun-01 |
Fundamentals of Chemical Reactivity |
Andrew Rickard |
Mechanistic Insights into the Tropospheric Ozonolysis of Alkenes: Closed Shell and Radical Product Yields  |
Th-Fun-02 |
Fundamentals of Chemical Reactivity |
Margot Mandy |
Calculation of State-specific Rate Coefficients for Dissociation of H2(ν, j) + H2(ν', j')  |
Th-Fun-03 |
Fundamentals of Chemical Reactivity |
Zhibo Yang |
Intrinsic Reactivity and α-effect in Elimination Reactions and Competing Mechanisms in the Gas-phase  |
Th-Fun-04 |
Fundamentals of Chemical Reactivity |
Thanh Lam Nguyen |
Unusually Fast 1,6-H Shifts of Enolic Hydrogens in Peroxy Radicals: Formation of the First-Generation C2 and C3 Carbonyls in the Oxidation of Isoprene  |
Th-Fun-06 |
Fundamentals of Chemical Reactivity |
Amrit Jalan |
Novel Reactions in Low Temperature Hydrocarbon Oxidation: A High-Level Computational Investigation of the Kinetics and Thermochemistry of 2-Formyl Ethylhydroperoxide  |
Th-Fun-07 |
Fundamentals of Chemical Reactivity |
Mike Kuznetsov |
AUTO-IGNITION OF HYDROGEN-OXYGEN-STEAM MIXTURES AT ELEVATED PRESSURES UP TO 74 BAR  |
Th-Fun-09 |
Fundamentals of Chemical Reactivity |
Joshua Allen |
RPMD: A Software Package for Computing Chemical Reaction Rates Using Ring Polymer Molecular Dynamics  |
Th-Fun-10 |
Fundamentals of Chemical Reactivity |
Carlo Petrongolo |
Nonadiabatic Reactions on Three Coupled PESs of CH2 and ON2  |
Th-Fun-11 |
Fundamentals of Chemical Reactivity |
Michael Burke |
Can Multi-Scale Modeling Accurately "Predict" Molecular Properties? An Illustrative Test for the OH + OH = H2O + O Reaction  |
Th-Fun-12 |
Fundamentals of Chemical Reactivity |
Luc Vereecken |
H-migration in Alkylperoxy Radicals in the Atmosphere: Theory-based SAR Development  |
Th-Fun-15 |
Fundamentals of Chemical Reactivity |
z=Zeb Kramer |
Will Water Act as a Photo-catalyst for Cluster Phase Chemical Reactions? Vibrational Overtone Induced Dehydration Reaction of Methanediol  |
Th-Fun-16 |
Fundamentals of Chemical Reactivity |
Yingdi Liu |
Rate Coefficient for OH Radical Reaction with CO at Low Temperatures  |
Th-Fun-17 |
Fundamentals of Chemical Reactivity |
Rebecca Caravan |
Accelerated rate coefficients at very low temperatures: OH + ethanol  |
Th-Fun-18 |
Fundamentals of Chemical Reactivity |
Nanase Kohno |
Enhancement of the NH2 + NO -> OH + H + N2 Reaction by Vibrational Excitation of NH2  |
Th-Fun-19 |
Fundamentals of Chemical Reactivity |
Shaun Carl |
Experimental and theoretical study of the quenching of electronically-excited oxygen with the rare gases  |
Th-Fun-20 |
Fundamentals of Chemical Reactivity |
Katsuyoshi Yamasaki |
Kinetics and Dynamics on the Formation of S2(X3Σ g-, a1Δg)in the S(1D) + OCS Reaction  |
Th-Fun-21 |
Fundamentals of Chemical Reactivity |
Hariprasad D. Alwe |
Trends in the rate coefficients of Cl atom reactions with cyclic molecules- A comparison between cyclic ethers and hydrocarbons  |
Th-Fun-22 |
Fundamentals of Chemical Reactivity |
Veronique Riffault |
Ozonolysis of a series of branched alkenes: Kinetics and gas-phase products  |
Th-Fun-23 |
Fundamentals of Chemical Reactivity |
John Savee |
New Mechanistic Insights to the O(3P) + Propene Reaction from Multiplexed Photoionization Mass Spectrometry  |
Th-Fun-24 |
Fundamentals of Chemical Reactivity |
Buddhadeb Ghosh |
Oxalyl Chloride, (COCl)2, UV Spectrum and Cl Quantum Yields at 193, 248 and 351 nm, and the Kinetics of the ClCO + M Reaction  |
Th-Fun-26 |
Fundamentals of Chemical Reactivity |
Gokhan Altinay |
Determination of the Rate Constants for the NH2(X2B1) + NH2(X2B1) and NH2(X2B1) + H Recombination Reactions with Collision Partners CH4, C2H6, CO2, CF4, and SF6 at Low Pressures and 296 K  |
Th-Fun-27 |
Fundamentals of Chemical Reactivity |
Munkhbayar Baasandorj |
Differences in OH Reactivity Between the (E)- and (Z)- Isomers of CF3CH=CHCF3  |
Th-Fun-28 |
Fundamentals of Chemical Reactivity |
Yury Suleimanov |
Chemical Reaction Rates from Ring Polymer Molecular Dynamics  |
Th-Fun-29 |
Fundamentals of Chemical Reactivity |
Sidaty Cheikh Sid Ely |
Low temperature formation of cyanopolyynes  |
Th-Het-01 |
Heterogeneous Chemical Processes |
Solvejg Jorgensen |
The atmospheric fate of methacrolein and a formation path for atmospheric aerosols  |
Th-Het-02 |
Heterogeneous Chemical Processes |
Yinon Rudich |
Uptake of glyoxal by organic and inorganic seed aerosols: Optical, physical and chemical properties of the product aerosols  |
Th-Het-03 |
Heterogeneous Chemical Processes |
Yong Liu |
O3-initiated heterogeneous oxidation of linoleic acid and its dependences on ambient temperature and relative humidity  |
Th-Het-04 |
Heterogeneous Chemical Processes |
Dwayne Heard |
Heterogeneous Uptake of HO2 Radicals onto Submicron Atmospheric Aerosols  |
Th-Het-06 |
Heterogeneous Chemical Processes |
Alexei Tivanski |
Physical, Chemical and Hygroscopic Properties of Submicrometer Particles Studied by X-ray Spectro-Microscopy  |
Th-Het-08 |
Heterogeneous Chemical Processes |
Sean Kessler |
OH-initiated heterogeneous aging of highly oxidized organic aerosol  |
Th-Het-10 |
Heterogeneous Chemical Processes |
Yuri Bedjanian |
Interaction of HONO with mineral oxides: uptake and products  |
Th-Het-11 |
Heterogeneous Chemical Processes |
Cora Young |
Mechanism for nighttime loss and daytime production of HONO at ground surfaces: Reactive uptake and displacement  |
Th-Het-12 |
Heterogeneous Chemical Processes |
Vassileios Papadimitriou |
Kinetics and Mechanism Investigation for Carboxylic acids (R-C(O)OH, R: -CH2CH3, -CH2CH2CH3) Uptakes on Pure and HNO3-Doped Ice Surfaces under UT/LS Temperature Conditions.  |
Th-Het-13 |
Heterogeneous Chemical Processes |
Irma Vardanyan |
Effect of Aerosol Surface Nature on Phenomenon of Radicals Multiplication during Heterogeneous Interaction of Peroxy Radicals with with Organic Compound  |
Th-Het-14 |
Heterogeneous Chemical Processes |
Sergey Cheskis |
Flame synthesis of iron oxide nanoparticles  |
Th-Ion-01 |
Ions and Chemical Processes |
Vladimir Azriel |
Some features of realization of three-stage mechanism of ionic recombination  |
Th-Ion-02 |
Ions and Chemical Processes |
Ghassen Saidani |
Low Temperature Measurements of Electron Attachment to POCl3  |