872 resources found

Goals: Measure product distribution from the oxidation of DMSO under low NOx conditions. Try perturbing with ozone to see if it changes the product distribution. Summary: DMSO...

Goals: Measure product distribution from the oxidation of DMDS under high NOx conditions. Summary: DMDS oxidized using HONO as an oxidant precursor. This is "Experiment 6" in...

Goals: Measure product distribution photolysis of DMDS Summary: DMDS photolyzed in the presence of NaNO3 seed particles. This is "Experiment 7" in Goss and Kroll, ACP, 2023...

Goals: Measure product distribution from the oxidation of DMSO under low NOx conditions, perturbing halfway through the experiment with an addition of HONO as a source of NOx...

Goals: Measure product distribution from the oxidation of DMSO under higher NOx conditions Summary: DMSO oxidized using HONO as the oxidant precursor. This is "Experiment 2" in...

Goals: Understand atmospheric oxidation of ethyl formate Specifically, understand behavior of the HC(=O)OCH(O.)CH3 radical (vs temperature and O2 partial pressure). Summary:...

Goals: To characterize particulate organic nitrate generated from NO3 oxidation of a-pinene and understand its hydrolysis process. Summary: SOA including particulate organic...

Goals: Fast burst photooxidation of alkanols (high-NOx). Gas-aerosol-wall partitioning kinetics. Determine accommodation coefficient (alpha) and effective volatility under...

Goals: Control experiment to quantify the SOA yield from a-pinene ozonolysis to subtract off from the corresponding experiment with NO2 (20190715) so that we can quantify just...

Goals: To quantify the nitrooxy-hydroperoxide yield and the SOA yield from nighttime RO2+HO2-dominated NO3-initiated chemistry of a-pinene by adding H2O2 + ozone + NO2 to the...

Goals: Diesel photo-oxidation under NOx and SOA surrogate Summary: Target: 1.1ppmC SOA surrogate, 25ppb NOx, 150ul Diesel(A)+1ppmC H2O2(both) INSTRUMENTS: SMPS, GC1, AMS, VTDMA...

Goals: Understand atmospheric oxidation of ethyl formate Specifically, understand behavior of the HC(=O)OCH(O.)CH3 radical (vs temperature and O2 partial pressure). Summary:...

Goals: Determine atmospheric photoxidation pathways for ethyl acetate, specifically examine chemistry of CH3CH2C(O)OCH(O.)CH3 radical vs. T and O2 partial pressure Summary:...

Goals: To quantify the nitrooxy-hydroperoxide yield and the SOA yield from nighttime RO2+HO2-dominated NO3-initiated chemistry of a-pinene by adding H2O2 + ozone + NO2 to the...

Goals: This experiment was performed to assess the reactive uptake behavior of trans beta-IEPOX that was synthesized for the experiment. Different particle inorganic...

Goals: Investigate vapor-wall loss rates of alkanes of C12, C13, C14, and an alkene C14H28 at RH = 5% Summary: Obtained temporal profiles of four compounds with GC-FID...

Goals: Determine products of ethyl formate oxidation in the atmosphere. Specifically, investigate atmospheric fate of HC(O)OCH(O.)CH3 radical. Summary: Photolyze Cl2/ethyl...

Goals: Generate SOA for health study. Summary: BCAR+HONO, photooxidation under dry condition Organization: Ng Research Group Lab Affiliation: Georgia Institute of Technology...

Goals: Generate SOA for health study. Summary: PD+H2O2, photooxidation under dry condition. Organization: Ng Research Group Lab Affiliation: Georgia Institute of Technology...

Goals: Gasoline photo-oxidation under NOx and SOA surrogate Summary: Target: 1.1ppmC SOA surrogate, 25ppb NOx, 500ul Gasoline(Both)+1ppmC H2O2(both) INSTRUMENTS: SMPS, GC1, AMS,...