Browsing by Author "Komárek Michal"
Now showing 1 - 20 of 28
Results Per Page
Sort Options
- ItemCartidge of the Air Laminar Flow Inlet with Antimicrobial Function(2014) Filip Tomáš; Klouda Martin; Sanetrník Filip; Hrůza Jakub; Komárek Michal; Karel Petr; Maryška Jiří
- ItemCatalytically effective filter for purification of atmospheric air(2014) Hrůza Jakub; Komárek Michal; Novák Ondřej
- ItemCombined filtration element utilizing carbon porous filter and nanofiber structured filter(2020) Komárek Michal; Havle Květoslav
- ItemCompendium of reults and documentation from filtration devices analysis(2018) Komárek Michal; Hrůza Jakub; Sedláček Jan; Matas Richard
- ItemComposite material for exhaust fumes filtration and method of the preparation thereof(2018) Komárek Michal; Exnar Petr
- ItemFilter material for filtering an analyte, in particular for producing beer, and a filter containing this filter material(2021) Komárek Michal; Kalinová Klára
- ItemFiltration element made of composite yarn(2019) Komárek Michal
- ItemFiltration Element Made of Nanofibrous Composite Yarn(2014) Sanetrník Filip; Hrůza Jakub; Komárek Michal; Maryška Jiří
- ItemFiltration material with catalytic activity(2019) Komárek Michal
- ItemFlux Enhancement in Membrane Distillation using Nanofiber Membranes(HINDAWI PUBLISHING CORP, 2016) Jiříček Tomáš; Lederer Tomáš; Komárek Michal; Chaloupek Jiří
- ItemFunctional sample of functionalized membrane(2021) Komárek Michal; Kalinová Klára
- ItemLinear core-sheath type textile formation containing a sheath of polymer nanofibres and filtering device for filtering gaseous media(2019) Sanetrník Filip; Jirsák Oldřich; Komárek Michal; Hrůza Jakub
- ItemLinear core-sheath type textile formation containing a sheath of polymer nanofibres, and filtering device for filtering gaseous media(2015) Komárek Michal; Hrůza Jakub; Jirsák Oldřich; Sanetrník Filip
- ItemLiterature retrieval- Methods of reduction of NOx and NH3 air pollution(2016) Komárek Michal; Hrůza Jakub
- ItemMaximising flux in direct contact membrane distillation(Desalination Publications, 2017) Jiříček Tomáš; Komárek Michal; Chaloupek Jiří; Lederer TomášElectrospun PVDF nanofibre membranes were manufactured and tested on a direct-contact membrane distillation (DCMD) unit in an effort to maximise flux rate, which is generally low using standard MD membranes. In addition, membrane performance was compared with that of commonly available PTFE, PE and PES film membranes. Salt retention in all but one membrane was above 99 %. At high recirculation velocities, very thin nanofibre layers had up to 30 % higher flux rates than the best reference membranes, though it came at the cost of higher energy losses through conduction. Considering that DCMD is the least energy efficient configuration, nanofibre membranes show a promising future for MD applications with high flux rates. We suggest that new membranes be developed with specific target applications in mind, addressing specific module and operational conditions.
- ItemNanosized Polymeric Fibres for Solid-phase Microextraction Sorbents(Tanger, spol. s.r.o., 2015, 2015) Antoš Vojtěch; Hrabák Pavel; Komárek Michal; Bobek Jiří; Stuchlík Martin
- ItemOpen And Closed Tube Method for Determination of Resonance Frequencies of Nanofibrous Membrane(Taylor&Francis, 2016) Kalinová Klára; Öztürk Merve Küçükali; Komárek Michal
- ItemThe pilot device for wound cartridge filters production(2018) Komárek Michal
- ItemPOLYETHERIMIDE NANOFIBRES AS SORBENTS FOR ORGANOCHLORINATED PESTICIDES DETERMINATION(Hindawi, 2016) Antoš Vojtěch; Hrabák Pavel; Komárek Michal; Stuchlík Martin