Oxidation of aqueous naproxen using gas-phase pulsed corona discharge: impact of operational parameters

Kopecká, Romana

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Theses l99d4k

Oxidation of aqueous naproxen using gas-phase pulsed corona discharge: impact of operational parameters – Bc. Romana Kopecká

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Bc. Romana Kopecká

Master's thesis

Oxidation of aqueous naproxen using gas-phase pulsed corona discharge: impact of operational parameters

Oxidace vodného roztoku naproxenu pomocí pulzního korónového výboje v plynné fázi: vliv provozních parametrů

Language used: English

Date on which the thesis was submitted / produced: 2023

Thesis defence

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ISO 690-compliant citation record:

KOPECKÁ, Romana. \textit{Oxidation of aqueous naproxen using gas-phase pulsed corona discharge: impact of operational parameters}. Online. Master's thesis. Praha: University of Chemistry and Technology Prague, Faculty of Environmental Technology. 2023. Available from: https://theses.cz/id/l99d4k/.

@MastersThesis{Kopecka2023thesis,
AUTHOR = "Kopecká, Romana",
TITLE = "Oxidation of aqueous naproxen using gas-phase pulsed corona discharge: impact of operational parameters [online]",
YEAR = "2023 [cit. 2024-07-18]",
TYPE = "Master's thesis",
SCHOOL = "University of Chemistry and Technology Prague, Faculty of Environmental TechnologyPraha",
NOTE = "SUPERVISOR: ",
URL = "https://theses.cz/id/l99d4k/",
}

@MastersThesis{Kopecka2023thesis,
AUTHOR = {Kopecká, Romana},
TITLE = {Oxidation of aqueous naproxen using gas-phase pulsed corona discharge: impact of operational parameters},
YEAR = {2023},
TYPE = {Master's thesis},
INSTITUTION = {University of Chemistry and Technology Prague, Faculty of Environmental Technology},
LOCATION = {Praha},
SUPERVISOR = {},
URL = {https://theses.cz/id/l99d4k/},
URL_DATE = {2024-07-18},
}

{{Citace kvalifikační práce
 | příjmení = Kopecká
 | jméno = Romana
 | instituce = University of Chemistry and Technology Prague, Faculty of Environmental Technology
 | titul = Oxidation of aqueous naproxen using gas-phase pulsed corona discharge: impact of operational parameters
 | url = https://theses.cz/id/l99d4k/
 | typ práce = Master's thesis
 | vedoucí = 
 | rok = 2023
 | počet stran =
 | strany =
 | citace = 2024-07-18
 | poznámka =
 | jazyk = 
}}

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University of Chemistry and Technology, Prague

Faculty of Environmental Technology

Master programme:
Industrial Ecology and Toxicology

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