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Publication Year: 2024

3,301 to 3,310 of 3,515 Results

Overview_steady_state_gas_phase_parameters.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 568 B - SHA-256: 14d3a8b6c9687f74ba83070ec591db18352886919e86685cf64034e2e8b3a60c Overview of the measured steady-state concentrations of a-pinene, ozone, carbon monoxide for all utilized experiments. Also contains OH steady state concentrations, calculated from VOC consumption and calculated a-pinene OH turnovers.
Overview_steady_state_particle_phase_parameters.txt Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential " Plain Text - 404 B - SHA-256: 429aa5afb700278786bf7d469fd64789c5d55adff63a7b514fc176e4cb2a81ea Overview of the measured steady-state concentrations of organic mass and sulfate mass (AMS) for all seeded experiments. Also contains SMPS measurement of total surface concentration, median particle diameter of particle surface distribution and total particle number concentration...
Simulation of CSDs for Automated Tuning Solutions (SimCATS) Feb 27, 2024 - Campus Collection Hader, Fabian; Fleitmann, Sarah; Fuchs, Fabian, 2024, "Simulation of CSDs for Automated Tuning Solutions (SimCATS)", https://doi.org/10.26165/JUELICH-DATA/QIUWRZ, Jülich DATA, V1 Simulation of CSDs for Automated Tuning Solutions (SimCATS) is a Python framework for simulating charge stability diagrams (CSDs) typically measured during the tuning process of qubits. Source code: https://github.com/f-hader/SimCATS Documentation: https://simcats.readthedocs.io/...
Load changes of a polymer electrolyte fuel cell under different operating conditions Feb 21, 2024 - Campus Collection Froning, Dieter; Shi, Yan; Janßen, Holger; Lehnert, Werner, 2024, "Load changes of a polymer electrolyte fuel cell under different operating conditions", https://doi.org/10.26165/JUELICH-DATA/MLN4JX, Jülich DATA, V1 A lab scale polymer electrolyte fuel cell (PEFC) with a power of 9 W and an active area of 17.64 cm² was operated with 90% humidity and a stoichiometry factor of two in galvanostatic mode. Load cycles were applied to the PEFC, and the dynamic voltages were monitored. During the e...
jump 0.2-0.4 -10.csv Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions Comma Separated Values - 182.1 KB - SHA-256: e94e0e3a1a8d161f69e8647a1532a77540ee3cfa64733bdb72b0615600f43ec6
jump 0.2-0.4 -11.csv Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions Comma Separated Values - 180.4 KB - SHA-256: ddda2393264895de3a4dede1b1d9f45a2662be7fc345a6c2d8a018e1feb74d56
jump 0.2-0.4 -14.csv Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions Comma Separated Values - 180.2 KB - SHA-256: 5664e04a83f95f725a57fbf95846c35838f51b33a1d32216528d48d9bad45f97
jump 0.2-0.4 -18.csv Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions Comma Separated Values - 182.4 KB - SHA-256: 76f40377f15475f4bca3758e21d0228e8f0df394af4dcc91d2dea8c85832f719
jump 0.2-0.4 -20.csv Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions Comma Separated Values - 180.4 KB - SHA-256: 59b1f8cb355e7d56b2925ccf94d81acffa07d28ae8b68e38d7e1499d8bad800e
jump 0.2-0.4 - 22.csv Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions Comma Separated Values - 182.1 KB - SHA-256: 8962f7a82704775260fb93421d8e7b74178b06bb822e0c028df5e58c84407a03

Overview_steady_state_gas_phase_parameters.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 568 B - SHA-256: 14d3a8b6c9687f74ba83070ec591db18352886919e86685cf64034e2e8b3a60c

Overview of the measured steady-state concentrations of a-pinene, ozone, carbon monoxide for all utilized experiments. Also contains OH steady state concentrations, calculated from VOC consumption and calculated a-pinene OH turnovers.

Overview_steady_state_particle_phase_parameters.txt

Mar 5, 2024 - Supplementary data for "Impact of HO2/RO2 ratio on highly oxygenated α-pinene photooxidation products and secondary organic aerosol formation potential "

Plain Text - 404 B - SHA-256: 429aa5afb700278786bf7d469fd64789c5d55adff63a7b514fc176e4cb2a81ea

Overview of the measured steady-state concentrations of organic mass and sulfate mass (AMS) for all seeded experiments. Also contains SMPS measurement of total surface concentration, median particle diameter of particle surface distribution and total particle number concentration...

Simulation of CSDs for Automated Tuning Solutions (SimCATS)

Feb 27, 2024 - Campus Collection

Hader, Fabian; Fleitmann, Sarah; Fuchs, Fabian, 2024, "Simulation of CSDs for Automated Tuning Solutions (SimCATS)", https://doi.org/10.26165/JUELICH-DATA/QIUWRZ, Jülich DATA, V1

Simulation of CSDs for Automated Tuning Solutions (SimCATS) is a Python framework for simulating charge stability diagrams (CSDs) typically measured during the tuning process of qubits. Source code: https://github.com/f-hader/SimCATS Documentation: https://simcats.readthedocs.io/...

Load changes of a polymer electrolyte fuel cell under different operating conditions

Feb 21, 2024 - Campus Collection

Froning, Dieter; Shi, Yan; Janßen, Holger; Lehnert, Werner, 2024, "Load changes of a polymer electrolyte fuel cell under different operating conditions", https://doi.org/10.26165/JUELICH-DATA/MLN4JX, Jülich DATA, V1

A lab scale polymer electrolyte fuel cell (PEFC) with a power of 9 W and an active area of 17.64 cm² was operated with 90% humidity and a stoichiometry factor of two in galvanostatic mode. Load cycles were applied to the PEFC, and the dynamic voltages were monitored. During the e...

jump 0.2-0.4 -10.csv

Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions

Comma Separated Values - 182.1 KB - SHA-256: e94e0e3a1a8d161f69e8647a1532a77540ee3cfa64733bdb72b0615600f43ec6

jump 0.2-0.4 -11.csv

Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions

Comma Separated Values - 180.4 KB - SHA-256: ddda2393264895de3a4dede1b1d9f45a2662be7fc345a6c2d8a018e1feb74d56

jump 0.2-0.4 -14.csv

Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions

Comma Separated Values - 180.2 KB - SHA-256: 5664e04a83f95f725a57fbf95846c35838f51b33a1d32216528d48d9bad45f97

jump 0.2-0.4 -18.csv

Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions

Comma Separated Values - 182.4 KB - SHA-256: 76f40377f15475f4bca3758e21d0228e8f0df394af4dcc91d2dea8c85832f719

jump 0.2-0.4 -20.csv

Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions

Comma Separated Values - 180.4 KB - SHA-256: 59b1f8cb355e7d56b2925ccf94d81acffa07d28ae8b68e38d7e1499d8bad800e

jump 0.2-0.4 - 22.csv

Feb 21, 2024 - Load changes of a polymer electrolyte fuel cell under different operating conditions

Comma Separated Values - 182.1 KB - SHA-256: 8962f7a82704775260fb93421d8e7b74178b06bb822e0c028df5e58c84407a03

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