Search Results - "Myslik, V."

Thin organic layers prepared by MAPLE for gas sensor application by Fryček, R., Jelínek, M, Kocourek, T., Fitl, P., Vrňata, M., Myslík, V., Vrbová, M.

“…It was shown that organic materials can be used as an active layer for conductivity gas sensors. It was found that Pulse Laser Deposition (PLD) is a convenient…”
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Deposition of organic metalocomplexes for sensor applications by MAPLE by Fryček, R., Vysloužil, F., Myslík, V., Vrňata, M., Kopecký, D., Ekrt, O., Fitl, P., Jelínek, M., Kocourek, T., Šipula, R.

“…Complexes of metals with organic ligands are known to be widely used materials for active layers of chemical gas sensors. Among these materials especially…”
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Compound tin dioxide–tin acetylacetonate thin layers for sensor applications by Komenda, V., Myslík, V., Vrňata, M., Vysloužil, F., Fitl, P., Fryček, R., Jelínek, M.

“…This paper studies chemical sensors with binary SnO 2–SnAcAc compound active layers. The active layers are deposited by pulsed laser deposition technology (KrF…”
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Pulsed laser deposition and dip-coating techniques in the fabrication of bismuth molybdate gas sensors by Le, Minh Thang, Kovanda, M., Myslik, V., Vrnata, M., Van Driessche, I., Hoste, S.

“…This work investigated the properties of bismuth molybdate gas sensors in which the active layers are deposited by pulsed laser deposition (PLD) and by…”
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The thermal stability of laser annealed contacts based on palladium by MACHAC, P, MYSLIK, V, NAHLIK, J

“…The thermal stability of W/Pt/doping element/Pd and Pt/doping element/Pd ohmic contacts with Ge, Si, and Sn in the position of doping elements were…”
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Monitoring of the presence of EGFR-mutated DNA during EGFR-targeted therapy may assist in the prediction of treatment outcome by Moiseenko, F.V., Volkov, N.M., Zhabina, A.S., Stepanova, M.L., Rysev, N.A., Klimenko, V.V., Myslik, A.V., Artemieva, E.V., Egorenkov, V.V., Abduloeva, N.H., Ivantsov, A.O., Kuligina, E.S., Imyanitov, E.N., Moiseyenko, V.M.

“…The aim of our trial was to evaluate the prognostic significance of qualitative ctDNA analysis on different stages of EGFR mutated non-small cell lung cancer…”
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Pulsed-laser deposition of metal acetyl acetonates for sensor devices by MYSLIK, V, VRNATA, M, VYSLOUZIL, F, JELINEK, M, NOVOTNA, M

“…Thin layers of tin acetyl acetonate (SnAcAc) were deposited by the laser ablation deposition (LAD) method onto potassium bromide tablets. FTIR and X‐ray…”
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Compound tin dioxide-tin acetylacetonate based sensors prepared by pulsed laser deposition by Vrnata, M., Myslik, V., Vyslouzil, F., Komenda, V., Fitl, P., Kovanda, M., Jelinek, M.

“…Tin dioxide is the most widely used material for gas sensors utilising change of surface conductivity. The surface of some organic substances also exhibits an…”
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The response of tin acetylacetonate and tin dioxide-based gas sensors to hydrogen and alcohol vapours by Vrňata, M, Myslı́k, V, Vysloužil, F, Jelı́nek, M, Lančok, J, Zemek, J

“…The aim of this work is to investigate the properties of gas sensors with active layers prepared by pulsed laser deposition (PLD) technology. The active layers…”
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Impedance properties of polypyrrolic sensors prepared by MAPLE technology by Vrňata, Martin, Kopecký, Dušan, Vysloužil, Filip, Myslík, Vladimír, Fitl, Přemysl, Ekrt, Ondřej, Hofmann, Jaroslav, Kučera, Lukáš

“…Thin sensitive layers of polypyrrole (PPY) are deposited onto alumina sensor substrates by matrix-assisted pulsed laser evaporation (MAPLE) technology. The…”
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Laser stimulated etching of n-GaAs by SVORCIK, V, RYBKA, V, MYSLIK, V

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Laser-deposited tin dioxide and tin acetylacetonate layers for gas sensors by Vyslouzil, F, Myslík, V, Vrata, M, Jeli´nek, M, Zemek, J

“…Thin active layers were deposited by the pulsed laser deposition (PLD) method from tin dioxide and tin acetylacetonate targets. The deposition was carried out…”
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Sensing Properties of Tin Acetylacetonate-Based Thin Films Doped with Platinum by Fitl, P, Myslik, V, Vrnata, M, Nahlik, J, Kopecky, D, Vlcek, J, Hofmann, J, Lancok, J

“…Thin sensing films based on tin acetylacetonate (SnAcAc) with a platinum catalyst were prepared in situ by pulsed laser deposition (PLD) with a Nd:YAG laser…”
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Impedance measurements of chemical gas sensors by Vyslouzil, F., Vrnata, M., Myslik, V., Kovanda, M., Frycek, R., Jelinek, M.

“…This contribution deals with impedance measurements of gas sensors with active layers prepared by pulsed laser deposition (PLD) technology. The deposition was…”
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Laser-annealed deep contacts for layered structures by Vrata, M, MyslÍk, V, MachÁc, P

“…This work is concerned with the preparation of deep contacts for layered structures on GaAs and InP substrates. The advantages of laser technology suggested…”
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Thin organic layers prepared by MAPLE for gas sensor application by Ekrt, O., Vyslouzil, F., Kopecky, D., Vrnata, M., Myslik, V., Fitl, P., Jelinek, M., Kocourek, T.

“…The Matrix Assisted Pulse Laser Evaporation (MAPLE) is a new progressive technology which has been found as a convenient method for thin organic (polymeric)…”
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The ohmic contacts on the layers for gas sensors by Ratajova, E., Machac, P., Myslik, V.

“…This paper is concerned with the deposition of semiconductor layers by laser ablation, the preparation of ohmic contacts, and the application of these layers…”
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Modification of detection process on ZnO sensors by ultraviolet radiation by Napravnik, J., Myslik, V., Vrnata, M., Vyslouzil, F., Fitl, P., Kopecky, D., Vlcek, J.

“…The contribution deals with influence of radiation in the near UV region (lambda = 396 nm) on detection properties of conductive type gas sensors. The ZnO…”
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Physical properties of gas sensors by Vrnata, M., Myslik, V., Vyslouzil, F., Komenda, V., Fitl, P., Frycek, R.

“…The paper deals with measurement of a) electrical parameters (V-I characteristic, C-V characteristic, impedance measurements, dynamics of sensor response,…”
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Pulsed laser deposition organic and inorganic dopant systems for chemical sensors by Vyslouzil, F., Vrnata, M., Myslik, V., Jelinek, M., Lancok, J.

“…Summary form only. Chemical sensors utilising the change of the surface conductivity are based on the ability of thin semiconductive layers to absorb and, at…”
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