Department of Optical and Biophysical Systems

  1. J. Remsa, P. Písařík, A. Dejneka, A. Chrzanowski, J. Lát, O. Kurkin
    Coating especially for cooling system surfaces
  2. P. Písařík
    Rotary holder of a sample
  3. M. Forinová, A. Pilipenco, I. Víšová, P. Horák, M. Vrabcová, V. Hönig, M. Palus, J. Štěrba, A. Dejneka, H. Lísalová
    Functional biochip based on ultra-low fouling polymer for rapid detection of SARS-COV-2 virus in crude biological fluids
  4. A. Dejneka, O. Churpita, M. Drahošová, T. Fejt, Š. Kubinová, I. Zavřel, D. Bezděk
    Functional sample Equipment for individual sterilization of eggs for hatching
  5. O. Churpita, A. Dejneka, T. Jetmar, O. Shchebetun
    Funkční vzorek Generátor ozonu
  6. O. Churpita, A. Dejneka, Š. Kubinová
    Source of low temperature plasma, especially for use in the food industry and bioapplications
  7. J. Remsa, P. Písařík, A. Dejneka, A. Chrzanowski, J. Lát
    Coating especially for cooling system surfaces
  8. A. Dejneka, O. Churpita, M. Drahošová
    Scanning applicator prototype for automatic treatment of large areas.
  9. H. Lísalová, I. Víšová, P. Horák, M. Forinová, M. Vrabcová, A. Dejneka
    Biodetection system based on ultra-low fouling functional polymers for rapid detection of foodborne bacterial pathogens
  10. A. Dejneka, O. Churpita, M. Drahošová
    Prototype of semi-robotic plasma applicator in order to maintain effective application distance.
  11. L. Palatinus, M. Jelínek, J. Hrdá
    Software PETS
  12. O. Churpita, A. Dejneka, Š. Kubinová
    A low-temperature plasma source, especially for plasma generation when used in medical bio-applications
  13. A. Dejneka, O. Churpita, M. Drahošová, Š. Kubinová, J. Moravec
    Low-temperature plasma based device for veterinary surgery
  14. A. Dejneka, Š. Kubinová, J. Moravec, D. Bezděk
    Methodology of using low-temperature plasma in veterinary treatment
  15. O. Churpita, A. Dejneka, V. Zablotskyy, E. Syková, Š. Kubinová
    Low-temperature plasma source with possibility of both contact and contactless application and process for preparing sandwich structure for such a source
  16. O. Churpita, A. Dejneka, V. Zablotskyy, E. Syková, Š. Kubinová
    Low-temperature plasma source with possibility of contact as well as contactless application
  17. O. Churpita, A. Dejneka, E. Syková, Š. Kubinová
    Low-temperature plasma source, especially for plasma generation in the form of various voluminous formations
  18. A. Dejneka, Š. Kubinová, J. Moravec, D. Bezděk
    Methodology of using low-temperature plasma to sterilize the wound
  19. O. Churpita, A. Dejneka, V. Zablotskyy, Š. Kubinová, E. Syková
    Atmospheric plasma source, particularly for use in medicinal bioapplications
  20. O. Churpita, A. Dejneka, V. Zablotskyy, Š. Kubinová, E. Syková
    Low-temperature plasma source, particularly for deactivation of bacteria
  21. O. Churpita, A. Dejneka, V. Zablotskyy, Š. Kubinová, E. Syková
    Atmospheric plasma source for biomedical applications
  22. O. Churpita, Z. Hubička, A. Dejneka, L. Jastrabík, V. Zablotskyy, E.Syková, Š. Kubinová
    Device for generation of low-temperature plasma with tunable density of ionized particles
  23. Z. Hubička, A. Dejneka, M. Čada, P. Adámek, L. Jastrabík, G. Suchaneck, J. Olejníček, Š. Kment, V. Straňák
    Plasma system developed for deposition of perovskite thin films
  24. O. Churpita, Z. Hubička, M. Čada, L. Jastrabík, A. Dejneka, Š. Kment, M. Hrabovský
    System for the deposition of thin films at atmospheric pressure
  25. Z. Hubička, J. Olejníček, P. Virostko, M. Čada, L. Jastrabík, O. Churpita, G. Suchaneck, A. Dejneka, M. Hrabovský
    System for the deposition of perovskite layers