Light Flux Characterization #36 - 2019-08-27
ID:
36
Name:
UV_Light_Intensity
Black-Comet concave grating spectromters for UV-Vis (#494)
Chamber:
Georgia Tech Environmental Chamber (Far)
Date of characterization experiment:
2019-08-27
Months since calibration:
Measurement technique:
UV-VIS optical spectrometer measures range of 170-840 nm
Photolysis frequency of NO2 with max lighting [Hz]:
410.70
Photolysis frequency of H2O2 with max lighting [Hz]:
Photolysis frequency of O3 with max lighting [Hz]:
Total number of lights:
Light percentage on:
100
Light intensity:
Average of measurement from four different directions
Light source type:
Black Light
Position and pattern of lights:
Lights are placed left and right wall of the chamber and reflector panel is installed on the side where light is not installed
Data collection description:
Data collected every 1ms by fiber optic sensor
Data analysis description:
Data integrated for 10 secs
Link to supplemental information:
Additional notes:
Characterization data file:
GT_UV_20190827.csv
Experiments
ID | Name | Start date | Experiment Category | Reaction Type | Reactant(s) | Oxidant Name | Temperature | Humidity | Type of Seed | RO2 Main Fate | Data Sets (count) | Actions |
---|---|---|---|---|---|---|---|---|---|---|---|---|
861 | Ng Research Group_20210403_3o_ApHN/Cyclohexane_None_No Seed_3o_ApHN photolysis exp1 | 2021-04-03 | Gas phase chemical reaction, Photolysis, any phase | Photolysis | 3o_ApHN, Cyclohexane | None | 23 | 3 | No Seed | Not Sure | 4 | Download |
862 | Ng Research Group_20200922_3o_ApHN/Cyclohexane_None_No Seed_3o_ApHN photolysis exp2 | 2020-09-22 | Gas phase chemical reaction, Photolysis, any phase | Photolysis | 3o_ApHN, Cyclohexane | None | 23 | 3 | No Seed | Not Sure | 3 | Download |
863 | Ng Research Group_20191214_/Cyclohexane_None_No Seed_1o_BpHN photolysis exp1 | 2019-12-14 | Gas phase chemical reaction, Photolysis, any phase | Photolysis | 1o_BpHN, Cyclohexane | None | 23 | 3 | No Seed | Not Sure | 3 | Download |
864 | Ng Research Group_20200920_1o_BpHN/Cyclohexane_None_No Seed_1o_BpHN photolysis exp2 | 2020-09-20 | Gas phase chemical reaction, Photolysis, any phase | Photolysis | 1o_BpHN, Cyclohexane | None | 23 | 3 | No Seed | Not Sure | 4 | Download |
865 | Ng Research Group_20190517_/Cyclohexane_None_No Seed_2o_LmHN photolysis exp1 | 2019-05-17 | Gas phase chemical reaction, Photolysis, any phase | Photolysis | 2o_LmHN, Cyclohexane | None | 23 | 3 | No Seed | Not Sure | 3 | Download |
866 | Ng Research Group_20200930_/Cyclohexane_None_No Seed_2o_LmHN photolysis exp2 | 2020-09-30 | Gas phase chemical reaction, Photolysis, any phase | Photolysis | 2o_LmHN, Cyclohexane | None | 23 | 3 | No Seed | Not Sure | 4 | Download |
867 | Ng Research Group_20201028_2-Propanone, 1-(nitrooxy)-/Cyclohexane_None_No Seed_a-nitrooxy acetone photolysis exp1 | 2020-10-28 | Gas phase chemical reaction, Photolysis, any phase | Photolysis | 2-Propanone, 1-(nitrooxy)-, Cyclohexane | None | 23 | 3 | No Seed | Not Sure | 3 | Download |
868 | Ng Research Group_20220407_2-Propanone, 1-(nitrooxy)-/Cyclohexane_None_No Seed_a-nirooxy acetone photolysis exp2 | 2022-04-07 | Gas phase chemical reaction, Photolysis, any phase | Photolysis | 2-Propanone, 1-(nitrooxy)-, Cyclohexane | None | 23 | 3 | No Seed | Not Sure | 2 | Download |