National Repository of Grey Literature 4 records found  Search took 0.01 seconds. 
Three-electrode electrochemical sensor characterization
Koporec, Lukáš ; Prášek, Jan (referee) ; Majzlíková, Petra (advisor)
This bachelor thesis is focused on the thick-film three-electrode electrochemical sensor characterization. In the theoretical part, the thesis describes thick-film technology, standard electrodes used in electrochemistry to detect substances as well as electroanalytical methods for solutions analysis. The experimental part is dedicated to the procedures used in the characterization of the three-electrode electrochemical sensor and their evaluation.
Effect of plasma oxidation of carbon working electrode on its electrochemical response
Koporec, Lukáš ; Prášek, Jan (referee) ; Majzlíková, Petra (advisor)
This thesis is focused on the effect of plasmatic oxidation of carbon working electrode on its electrochemical response. In the theoretical part, the thesis describes thick film technology, working carbon electrodes, cyclic voltammetry, contact angle measurement and plasma. Experimental part is dedicated to characterization of plasma modified electrode. Results are compare with unmodified electrodes.
Three-electrode electrochemical sensor characterization
Koporec, Lukáš ; Prášek, Jan (referee) ; Majzlíková, Petra (advisor)
This bachelor thesis is focused on the thick-film three-electrode electrochemical sensor characterization. In the theoretical part, the thesis describes thick-film technology, standard electrodes used in electrochemistry to detect substances as well as electroanalytical methods for solutions analysis. The experimental part is dedicated to the procedures used in the characterization of the three-electrode electrochemical sensor and their evaluation.
Effect of plasma oxidation of carbon working electrode on its electrochemical response
Koporec, Lukáš ; Prášek, Jan (referee) ; Majzlíková, Petra (advisor)
This thesis is focused on the effect of plasmatic oxidation of carbon working electrode on its electrochemical response. In the theoretical part, the thesis describes thick film technology, working carbon electrodes, cyclic voltammetry, contact angle measurement and plasma. Experimental part is dedicated to characterization of plasma modified electrode. Results are compare with unmodified electrodes.

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