mgr inż. Grzegorz Florczyk |
doktorant |
Instytut Geofizyki Zakład Fizyki Atmosfery |
ul. Pasteura 5, pokój: B4.24 |
+48 22 55 32 024 |
gflorczyk@fuw.edu.pl |
Wykształcenie
- Current, University of Warsaw, Warsaw, Poland, PhD Candidate at the Faculty of Physics. Institute of Geophysics.
- 2019-2020, AGH University of Science and Technology, Krakow, Poland, Master of Physics at the Faculty of Physics and Applied Computer Science. Master Thesis: Analysis of atmospheric aerosol conversion and dispersion processes using data from the optical particle counter.
- 2015-2019, AGH University of Science and Technology, Krakow, Poland, Bachelor of Engineering at the Faculty of Physics and Applied Computer Science. Engineering Thesis: Measurement and modelling of natural gas leaks from transmission installations in the Podkarpackie voivodeship.
Zatrudnienie
Current, University of Warsaw, Warsaw, Poland
Researcher/Team member in the Radiation Transfer Laboratory, Institute of Geophysics
Oct 2023 - Feb 2024. NASA Jet Propulsion Lab, Pasadena, California
Intern (JVSRP) in Aerosols and Clouds (329J) research group.
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Jul-Aug 2023, Government-funded project, Warsaw, Poland
Investigator in the project: ' .
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2020-2023, Government-funded project, Warsaw, Poland
Investigator in the project: 'Aerosol impact on microphysical, optical and radiation properties of fog'.
2022 - 2023, Government-funded project, Warsaw, Poland
Investigator in the project: 'Stably-Stratified Atmospheric Boundary Layer: Beyond the standard Monin and Obukhov Approach'.
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2021 - 2022, POLNOR-LEADER, Warsaw, Poland
Investigator in the project: 'Long-Endurance UAV for assessing atmospheric pollution profiles'. Funding: Norwegian Financial Mechanisms.
Prace naukowo-badawcze
Oct-Dec 2023, , Monterey, California
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2018 - 2020, AGH University of Science and Technology, Krakow, Poland
Research trainee in the Environmental Physics Group
2019, Joint Surveys of Urban Natural Gas associated CH4, Krakow, Poland
Research trainee in the Environmental Physics Group
June 2018, Carbon Dioxide and Methane observation mission, Silesia region, Poland
Research trainee in the Environmental Physics Group
Udział w konferencjach, zjazdach, szkołach, kursach
Schools:
Jul 2023, I
- Dec 2023, AGU, San Francisco, California
- Florczyk, G. M. et al. How does the novel EDMF-AERO model help to study Aerosol-PBL Interactions? - Initial testing and results
- July 2022, International Radiation Symposium, Thessaloniki, Greece
- Florczyk, G. M. et al. Modelling of the Diurnal Cycle of the Aerosol-filled PBL with the Eddy Diffusivity/Mass Flux Model Coupled with the Radiative Transfer Model
- May 2022, EGU General Assembly, Vienna, Austria
- Florczyk, G. M. et al. The silica gel dryer or the electrical heating. Which one is better to ameliorate humidity-related anomalies using the MicroAeth AE-51?
- May 2021, ACTRIS Summer School, University of Helsinki, Atmospheric observations of aerosols, clouds and reactive trace gases
- Apr 2021, EGU General Assembly, Virtual
- Florczyk, G. M. et al. Should black carbon concentration from aethalometer measurements onboard UAVs be additionally corrected? - What is the impact of rapid relative humidity changes on our measurements?
- Nurowska, K. et al. Determination of hygroscopic aerosol growth based on the OPC-N3 counter
- Jagoda, P. et al. The extent of methane emission associated with the natural gas industry in southeastern Poland
- Dec 2020, PolandAOD Conference, Virtual
- Florczyk G. M. et al. Impact of rapid changes of relative humidity on eBC levels in portable aethalometer AE-51
- Apr 2019, EGU General Assembly, Vienna, Austria,
- Nęcki, J. et al. Why are Silesian cities breathing with methane? - results of JSUN-CH4 project
- Wacławczyk M., Yano J.-I., Florczyk G.M., 2024, Local Similarity Theory as the Invariant Solution of the Governing Equations, Boundary-Layer Meteorology, vol. 190, art. 23, 10.1007/s10546-024-00867-9
Projekt badawczy
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Stabilna atmosferyczna warstwa graniczna: poza teorią Monina i Obukhova
Rola: Wykonawca
Źródło finansowania: NCN, OPUS
Okres realizacji: 1 lutego 2021–31 stycznia 2025 -
Bezzałogowy statek powietrzny o dużej długotrwałości lotu do gromadzenia danych o jakości powietrza o wysokiej rozdzielczości przestrzennej i czasowej (LEADER)
Rola: Wykonawca
Źródło finansowania: NCBiR
Okres realizacji: 1 lipca 2020–30 kwietnia 2024 -
Oddziaływanie aerozolu na własności mikrofizyczne, optyczne i radiacyjne mgły
Rola: Wykonawca
Źródło finansowania: NCN, OPUS
Okres realizacji: 3 października 2018–2 października 2023