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Eliška Nováková

Assistant Professor

Charles University

Czech Republic

Research Interests

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About

Eliška Nováková is an Assistant Professor at Charles University in the Czech Republic. Her research focuses on the efficiency of chemical vapor generation, particularly concerning elements such as zinc, tellurium, and cadmium. Recent publications include studies on the optimization of vapor generation techniques and ultra-sensitive speciation analysis. She contributes to advancements in analytical chemistry through innovative approaches in photochemical vapor generation.

Articles (11)

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2026

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2026

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2024

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2023

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2023

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2022

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2022

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2022

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2022

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2020

Year:

2020

Collaborators (2)

Daniel Rainer

University of Southampton

UNITED KINGDOM

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Stanislav Musil

Czech Academy of Sciences, Institute of Analytical Chemistry

CZECH REPUBLIC

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Eliška Nováková

Research Interests

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About

Articles (11)

Determination of Ag nanoparticles in products of personal hygiene by single-particle inductively coupled plasma mass spectrometry: focus on extraction conditions

Efficient TiO2-catalyzed photochemical vapor generation method for the determination of Se

Enhancing the efficiency of chemical vapor generation of zinc in a multimode sample introduction system

Efficiency of chemical generation of volatile species of zinc from non-acidic conditions

Efficiency of chemical generation of volatile species of zinc from non-acidic conditions

UV-photochemical vapor generation of tellurium in a thin-film photoreactor with fast stripping of volatile compounds

Ultra-sensitive speciation analysis of tellurium by manganese and iron assisted photochemical vapor generation coupled to ICP-MS/MS

UV-photochemical vapor generation of tellurium in a thin-film photoreactor with fast stripping of volatile compounds

Ultra-sensitive speciation analysis of tellurium by manganese and iron assisted photochemical vapor generation coupled to ICP-MS/MS

UV photochemical vapor generation of Cd from a formic acid based medium: optimization, efficiency and interferences

UV photochemical vapor generation of Cd from a formic acid based medium: optimization, efficiency and interferences

Collaborators (2)

Daniel Rainer

Stanislav Musil

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