Browsing by Author "Omastova, M."
Now showing items 1-3 of 3
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Investigation of beech wood modified by radio-frequency discharge plasma
Novak, I.; Popelka, A.; Spitalsky, Z.; Micusik, M.; Omastova, M.; Valentin, M.; Sedliasik, J.; Janigova, I.; Kleinova, A.; Slouf, M.... more authors ... less authors ( Elsevier Ltd , 2015 , Article)Low-temperature plasma was used to improve the surface and adhesive properties of wood. The pre-treatment of wood surfaces using radio-frequency (RF) discharge plasma is attractive for various wood applications, mainly ... -
Nematic opto-mechanical actuators for the fabrication of refreshable tactile systems
Torras N.; Zinoviev K.E.; Camargo C.J.; Campo E.M.; Campanella H.; Esteve J.; Marshal J.E.; Terentjev E.M.; Omastova M.; Krupa I.; Teplicky P.; Mamojka B.; Burns P.; Roder B.; Vallribera M.; Malet R.; Zuffanelli S.; Soler V.; Roig J.; Walker N.; Wenn D.; Vossen F.; Crompvoets F.M.H.... more authors ... less authors (2013 , Conference Paper)Nematic elastomers are promising materials for the fabrication of actuators due to their ability to reversibly contract and expand during phase transitions triggered by external stimuli. We present a refreshable tactile ... -
Surface modification of low-density polyethylene with poly(2-ethyl-2- oxazoline) using a low-pressure plasma treatment
Popelka, A.; Kronek, J.; Novak, I.; Kleinova, A.; Micusik, M.; Spirkova, M.; Omastova, M.... more authors ... less authors ( Elsevier Ltd , 2014 , Article)Low-density polyethylene (LDPE) is a suitable polymer for biomedical applications due to its good physiochemical properties, but its insufficient biocompatibility is often an issue. Therefore, biocompatible substances such ...