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Technická 5
166 28 Prague 6 – Dejvice
IČO: 60461373 / VAT: CZ60461373
Czech Post certified digital mail code: sp4j9ch
Copyright: UCT Prague 2015
Information provided by the Department of International Relations and the Department of R&D. Technical support by the Computing Centre.
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[perex] => The 26th International Conference on High Resolution Molecular Spectroscopy
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[pozadi] =>
[obsah] => 15:32:06
Prof. Per Jensen obituary
(One section on conference will be dedicated to Per Jensen and will be led by Dr. Špirko)
You can find the 1st Circular here
You can find the 2nd Circular here
You can find the 3rd Circular here
You can find the 4th Circular here
Jointly organized by Department of Electromagnetic Field, Faculty of Electrical Engineering
Czech Technical University in Prague
You can find the abstract template in docx here and pdf here
Registration and payment instruction you can find here
Registration for the conference Praha 2022 is OPEN now.
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[obsah] => The activities at the Department of Analytical Chemistry are very wide, including studies from molecules in the gas phase to sophisticated analyses of complex biosystems. In research projects, not only high-end chromatographic (GC-, LC-MS), electrochemical and spectroscopic (UV-VIS, IR, CD, ROA, NMR) techniques are used but also original optical and electrochemical sensors or unique spectroscopic systems in microwave to terahertz regions, which are able to distinguish even the hyperfine effects caused by nuclear spins, are used to solve complicated problems. These include development of new diagnostic methods for serious and degenerative diseases (cancer, diabetes, Alzheimer's disease, etc.), development of new techniques for forensic science (offender profile by odor trace, digitization of odor signatures, drug profiling, drug counterfeiting analysis, etc.), stability analysis and dosage forms of pharmaceuticals, identifying new free radicals and molecular fragments for astrophysical research or developing and validating new methods of analyzing specific samples.
The scope of activities of individual groups is determined by particularly solved grant projects, but also by students' interest in obtaining a professional qualification. When solving projects, there is cooperation not only with foreign and domestic institutions but also among themselves, therefore some of the employees of the Department are listed in more working groups.
In addition to teaching staff and researchers, they are per se considered to be individual groups of doctors who have a significant proportion of participants in the scientific performance of the Department of Analytical Chemistry. Specific topics of their doctoral theses are listed in the SIS and are listed in the list of doctoral students on our website.
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[obsah] => Analytical chemistry is a multidisciplinary field using knowledge from the different fields of chemistry and physics to determine the atomic and molecular composition of samples, the structure and conformation of molecules, intermolecular interactions and morphology in the condensed phase, or to analyze the quantitative representation of atoms and molecules in a sample. It is based mainly on the knowledge of physical chemistry, chemical physics, and electrochemistry, but also on the results of mathematical statistics, quantum mechanics, quantum chemistry, biochemistry, organic and inorganic chemistry and in recent decades also knowledge in electronics, computer technology and signal processing.
Methods of chemical analysis have extensive applications. It is not just chemistry itself, analytical chemistry finds vital applications in medicine in diagnostic methods, in pharmacy, in forensic sciences, in environmental studies, in the food industry, in the cosmetics industry, in the material sciences, in physiology, in the military, in meteorology, space research, automotive, metallurgy, energy, and many other fields.
The Institute of Analytical Chemistry provides teaching of all courses with codes x402xxx (EIS). These are the basic subjects, which include Analytical Chemistry I and II, and the subjects for the individual bachelor, master, and doctoral programs.
In addition to theoretical education, great emphasis is placed on mastering practical work and basic and advanced techniques in laboratories. Therefore, individual laboratories are equipped with a sufficient number of quality instruments allowing each student to work alone in pairs.
Among the disciplines at ICT Prague, graduates of analytical chemistry have an unrivaled position in the labor market.
For information about bachelor and master programs in English click here.
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[obsah] => The research at the Department of Analytical Chemistry is very wide, including studies from molecules in the gas phase to sophisticated analyses of complex biosystems. In research projects, not only high-end chromatographic (GC-, LC-MS), electrochemical and spectroscopic (UV-VIS, IR, CD, ROA, NMR) techniques are used but also original optical and electrochemical sensors or unique spectroscopic systems in microwave to terahertz regions, which are able to distinguish even the hyperfine effects caused by nuclear spins, are used to solve complicated problems. These include development of new diagnostic methods for serious and degenerative diseases (cancer, diabetes, Alzheimer's disease, etc.), development of new techniques for forensic science (offender profile by odor trace, digitization of odor signatures, drug profiling, drug counterfeiting analysis, etc.), stability analysis and dosage forms of pharmaceuticals, identifying new free radicals and molecular fragments for astrophysical research or developing and validating new methods of analyzing specific samples.
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Research groups
Name
Leader
Contact
Forensic Olfactronics
Prof. Š. Urban
Stepan.Urban(at)vscht.cz
Electroanalytical Methods
Assoc. Prof. T. Šiškanova
Tatjana.Siskanova(at)vscht.cz
Microwave and Terahertz Spectroscopy
Prof. Š. Urban
Stepan.Urban(at)vscht.cz
NMR and Molecular Recognition
Assoc. Prof. B. Dolenský
Bohumil.Dolensky(at)vscht.cz
Atomic Spectrometry
Prof. O. Mestek
Oto.Mestek(at)vscht.cz
Vibrational Spectrometry
Prof. V. Setnička
Vladimir.Setnicka(at)vscht.cz
Chiroptical Methods
Prof. V. Setnička
Vladimir.Setnicka(at)vscht.cz
Separation Methods
Assoc. Prof. D. Sýkora
David.Sykora(at)vscht.cz
Radioanalytical methods
Assoc. Prof. P. Řezanka
Pavel.Rezanka(at)vscht.cz
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[obsah] => | Head: | doc. Ing. Bohumil Dolenský, Ph.D. |
| phone: | 220 444 110 |
| email: | Bohumil.Dolensky@vscht.cz |
| Department administrator: | doc. Ing. Antonín Kaňa, Ph.D. |
| phone: | 220 445 057 |
| email: | Antonin.Kana@vscht.cz |
| Department vice-administrator: | Ing. Magda Vosmanská, CSc. |
| phone: | 220 443 719 |
| email: | Magda.Vosmanska@vscht.cz |
| Secretary: | Bc. Pavla Pouzarová |
| phone: | 220 444 044 |
| email: |
| Secretary: | Perla Maršíčková |
| phone: | 220 444 043 |
| email: | perla.marsickova@vscht.cz |
| office hours for students | Mo - Fr 9:30 – 11:30 |
| Mon, Tue, Thur 14:00 - 15:00 |
| Economist: | Petr Beneš |
| phone: | 220 444 058 |
| email: | Petrik.Benes@vscht.cz |
All contacts can be found in the phonebook of UCT.
Address:
Department of Analytical Chemistry
University of Chemistry and Technology Prague
Technická 5
166 28 Praha 6 - Dejvice, Czech Republic
DATA
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[nazev] => Atomic Spectrometry
[seo_title] => Atomic Spectrometry
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[perex] => The fundamental equipment includes two inductively coupled plasma mass spectrometers (ICP-MS). The older instrument Elan DRC-e by Perkin-Elmer exhibits excellent operating characteristics (detection limit, sensitivity, accuracy, and interference level). Furthermore, the instrument equipped with a reaction cell to remove interfering polyatomic ions. Newly, the laboratory is equipped with a high-end NexIon 350D by Perkin-Elmer. In addition to enhanced sensitivity, the instrument supports a new so-called universal cell technology. This technology eliminates spectral interference caused by polyatomic ions using ammonia as the reaction gas in both reaction cell and collision cell modes. Thanks to the ultra-fast signal measurement capability (minimum signal integration time of 0,01 ms), it is possible to analyse the size of individual nanoparticles. The laboratory is further equipped with the liquid chromatograph (LC) by Perkin-Elmer and the microwave decomposition device - Speed Wave for sample preparation.
The activity of the group is focused on speciation analysis of trace elements in plant materials using on-line LC and ICP-MS connection and trace element analysis in various materials (e.g. water, animal and plant tissues, soils, rocks and catalysts)
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[obsah] => | Head: |
Assoc. Prof. Antonín Kaňa, Ph.D. |
| Members: |
Dr. Magda Vosmanská Prof. Oto Mestek |
| PhD Students: |
Věra Kantorová, M.Sci. (AK) Ing. Petr Rudolf (AK) |
*supervisors listed in brackets: AK = Assoc. Prof. Kaňa
Group focus:
In recent decades, the focus of trace element analysis methods has shifted from optical methods (atomic absorption and optical emission spectrometry) to mass spectrometry methods. In particular, to inductively coupled plasma mass spectrometry (ICP-MS), which exhibits excellent operating characteristics suitable for routine applications. The detection limits for metals are often less than ng/L, and the dynamic range of the method exceeds ten concentration orders. The multi-elemental analysis is easy to perform.
The current equipment includes two inductively coupled plasma mass spectrometers. The older instrument Elan DRC-e by Perkin-Elmer has excellent performance characteristics and is equipped with a reaction cell to remove interfering polyatomic ions. This device is also used in the education of master's students. Newly, the laboratory is equipped with a high-end NexIon 350D by Perkin-Elmer. In addition to enhanced sensitivity, the instrument supports a new so-called universal cell technology. This technology eliminates spectral interference caused by polyatomic ions using ammonia as the reaction gas in both reaction cell and collision cell modes. Thanks to the ultra-fast signal measurement capability (minimum signal integration time of 0,01 ms), it is possible to analyse the size of individual nanoparticles.
The laboratory is further equipped with a liquid chromatograph (LC) by the Perkin-Elmer and Speed Wave- the microwave decomposition device for sample preparation.
Main fields of the interest :
Speciation analysis of trace elements in biotic matrices:
- The development of measurement methodologies using LC-ICP-MS on-line connection.
- The analyses of plant extracts, monitoring of variations in trace element speciation during vegetation (especially selenium).
- The speciation analysis of arsenic in food.
Application of ICP-MS method for determination of total element concentration:
- The development, validation, and estimation of uncertainties of determination of trace amounts of metals in biotic matrices by ICP-MS method.
- The application of the universal cell to remove interfering polyatomic ions.
- The research on the methodology of analysis of solutions with high organic content.
- The determination of trace elements in various matrices, e.g. animal and plant tissues, food and drink, pharmaceuticals, catalysts.
Characterisation of inorganic nanoparticles (NP) by single-particle (sp) ICP-MS
- Optimisation of measurement procedure
- Analysis of Ag NP in cosmetics
- Analysis of Ag NP in food (in cooperation with the Department of food analysis and nutrition)
|
Mass spectrometer PE Elan DRC-e
|
Microwave decomposition device Speedwave 4
|
