Aug 23, 2023

ICARUS Chamber Experiment: Ziemann_20160705_resorcinol/Dinitrogen pentoxide_Nitrate radical_Dioctyl Sebacate_Resorcinol + NO3_1

ERROR

JavaScript must be enabled.

Version: 20230823-015123

Goals:
Determine the gas-phase and particle-phase reaction products as well as SOA yield of resorcinol + NO3 in the presence of NOx.

Summary:
400 ppb of resorcinol was added to 1 ppm of N2O5 present in the chamber. N2O5 thermally dissociated to NO3 + NO2, and NO3 reacted with resorcinol. SOA Yield was 9% assuming all resorcinol reacted.

Organization: Ziemann
Lab Affiliation: University of Colorado, Boulder, Boulder, CO, USA
Chamber: Janet (Chamber 1)

Experiment Category: Gas phase chemical reaction, Aerosol formation
Oxidant: Nitrate radical
Reactants: resorcinol, Dinitrogen pentoxide
Reaction Type: Dark oxidation
Relative Humidity: 1
Temperature: 23
Seed Name: Dioctyl Sebacate
Pressure: 630

DOI: https://doi.org/10.5065/y1jb-4r61

ICARUS Experiment Details: https://icarus.ucdavis.edu/experiment/165

Download Data and Documentation
1 Files, 4.34 KB Total Size

Individual Files - View, select, and download individual files from this Dataset.

Zip File - Download a ZIP file containing all files.

Python script - Download all files via Python 3, preferred for all operating systems.

Wget shell script - Download all files using Wget, preferred for Linux.

Curl shell script - Download all files via Curl, preferred for MacOS.

Temporal Range: 2016-07-05 to 2016-07-05

Related Links: Publication - Products and Secondary Organic Aerosol Yields from the OH and NO3 Radical-Initiated Oxidation of Resorcinol

GCMD Science Keywords

GCMD Instruments

File Media Types

Support Contact

DeVault, Marla
Ziemann
marla.devault@colorado.edu

Data Curator

GDEX Curator
UCAR/NCAR - GDEX
gdex@ucar.edu

Legal Constraints: Creative Commons Attribution 4.0 International License.

Access Constraints: These data are openly accessible by all registered users. Accounts are available free of charge following the registration of user information with a valid email address.

Full Metadata

Version History: 20230823-015123; 20230822-015122; 20230821-015113; 20230820-015129; 20230819-015130; 20230818-015138; 20230817-015134; 20230816-015129; 20230815-015112; 20230814-015109; 20230813-015111; 20230812-015111; 20230811-015109; 20230810-015113; 20230809-015113; 20230808-015112; 20230807-015125; 20230806-015109; 20230805-015109; 20230804-015114; 20230803-015110; 20230802-015107; 20230801-015110; 20221127-082726; 20221127-080617; 20221127-074148; 20221127-071845; 20221127-015339; 20221126-015350; 20221125-015324; 20221124-015328; 20221123-015327; 20221122-015313; 20221121-015313; 20221120-015314; 20221119-015314; 20221118-015315; 20221117-015322; 20221116-015313; 20221115-015314; 20221114-015316; 20221112-015315; 20221111-015313; 20221110-015315; 20221109-015317; 20221108-015339; 20221107-015311; 20221106-015306; 20221105-015306; 20221104-015316; 20221103-015321; 20221102-015311; 20221101-015327; 20221031-015310; 20221030-015312; 20221028-015313; 20221027-015313; 20221026-015313; 20221025-015329; 20221024-015315; 20221023-015315; 20221022-015308; 20221021-015322; 20221020-015322; 20221019-015323; 20221018-015444; 20221017-015334; 20221016-015359; 20221015-015333; 20221014-015340; 20221013-015328; 20221012-015330; 20221011-015320; 20221010-015315; 20221009-015313; 20221008-015315; 20221007-015316; 20221006-015322; 20221005-015313; 20221004-015325; 20221003-015315; 20221002-015316; 20221001-015334; 20220930-015317; 20220928-015313; 20220927-015319; 20220926-015320; 20220925-015322; 20220924-015323; 20220923-015316; 20220922-015329; 20220921-015323; 20220920-015321; 20220919-015315; 20220918-015317; 20220917-015450; 20220916-015313; 20220915-015315; 20220914-015322; 20220913-015322; 20220912-015324; 20220911-015326; 20220910-021933; 20220909-015324; 20220908-015323; 20220907-015326; 20220906-015332; 20220905-015322; 20220904-015329; 20220903-015350; 20220222-015342; 20220221-015411; 20220220-015344; 20220219-015350; 20220218-015357; 20220217-015355; 20220204-015236; 20220203-015234; 20220202-015233; 20220201-015318; 20220131-015225; 20220130-015229; 20220129-015246; 20220128-015750; 20220127-015625; 20220126-015224; 20220125-015240; 20220124-015244; 20220123-015235; 20220122-015231; 20220121-015236; 20220120-015233; 20220119-015229; 20220118-015226; 20220117-015207; 20220116-015202; 20220115-015218; 20220114-015209; 20220113-015219; 20220112-015207; 20220111-015214; 20220110-015214; 20220109-015208; 20220108-015214; 20220107-015153; 20220106-015200; 20220105-015157; 20220104-015203; 20220103-015207; 20220102-021103; 20220101-015203; 20211231-015158; 20211229-015147; 20211228-015150; 20211227-015148; 20211226-015144; 20211225-015144; 20211224-015145; 20211223-015144; 20211222-015146; 20211221-015151; 20211220-015148; 20211219-015144; 20211218-015146; 20211217-015155; 20211216-015155; 20211215-015145; 20211214-015133; 20211213-015130; 20211212-015129; 20211211-015129; 20211210-015131; 20211209-015132; 20211208-015121; 20211207-015129; 20211206-015122; 20211205-015121; 20211204-015124; 20211203-015124; 20211202-015121; 20211201-015129; 20211130-015127; 20211129-015122; 20211128-015120; 20211127-015122; 20211126-015123; 20211125-015123; 20211124-015121; 20211123-015122; 20211122-015121; 20211121-015118; 20211120-015118; 20211119-015127; 20211118-015208; 20211117-015127; 20211116-015128; 20211115-015127; 20211114-015125; 20211113-015126; 20211112-015129; 20211111-015114; 20211110-015116; 20211109-015116; 20211108-015112; 20211107-015112; 20211106-015112; 20211105-015113; 20211104-015111; 20211103-015131; 20211102-015140; 20211101-015141; 20211031-015135; 20211030-015131; 20211029-015135; 20211028-015134; 20211027-015136; 20211026-015135; 20211025-015135; 20211024-015128; 20211023-015127; 20211022-015134; 20211021-015206; 20211020-015202; 20211019-015204; 20211017-015204; 20211016-015203; 20211015-015213; 20211013-015133; 20211012-015153; 20211007-015204; 20210913-015007; 20210911-015007; 20210724-015025; 20210720-015104; 20201204-172233

Authors: Ziemann, Paul

Publisher

ICARUS Community

Suggested Citation: Ziemann, Paul. (2023). ICARUS Chamber Experiment: Ziemann_20160705_resorcinol/Dinitrogen pentoxide_Nitrate radical_Dioctyl Sebacate_Resorcinol + NO3_1. Version 20230823-015123. ICARUS Community. https://doi.org/10.5065/y1jb-4r61. Accessed 10 Jan 2025.

Downloads: 1

Download Volume: 4.36 KB Total