technical university of liberec - Technická univerzita v Liberci

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Mechanical Properties LaboratoryThe laboratory is equipped with universal testing devices andspecially designed accessories and frames for determining themulti-axial stress of planar and bulky textiles. The laboratorycan carry out most of the static and quasistatic tests of textileand composite materials including plastics.Semi production laboratoryThe equipment installed in the Semi production laboratorycovers a significant part of the nonwovens productiontechnologies. The mechanical method can prepare fiber layers,which can be reinforced in a thermal, chemical or mechanicalway. The complete lines include production of needle punchedtextiles, production of perpendicularly laid and thermal bondedtextiles and the pilot line Desktop unit for the meltblowntechnology.6. Grants and projects• The “Nanofiber filter media formation methods and nanofiberfilter media performance modeling and optimization”project conducted in cooperation with Cummins FiltrationInc. (USA) in 2008 to 2010.Electron and Optical Microscopy LaboratoryTo receive images at high zoom, we use the Phenomenvironmental scanning electron microscope. As comparedwith the standard electron microscopes, its advantage is the fastobtaining of an image without the need of using conductive,resp. gold-powdered samples. The laboratory is also equippedwith a Nikon, Eclipse line, optical microscope with digital imageoutput. The equipment has the image NIS elements analysis.Filtration Properties LaboratoryThe laboratory is equipped with devices for determining thefiltration properties in liquid filtration and air product filtrationprocesses. Testing can be done with synthetic powder, aerosol,oil mist, water or oil.• Polarized cultures of hepatocytes and mesenchyme cellson nanofiber layers in experimental bioreactor, underregistration No. 304/07/1129 – Cooperation with the mainauthor is the Charles University, 2. LF.• Micro- and nanofibers of biodegradable polymers, underregistration No. 106/09/0300 – Cooperation with TUL,Microbiological Institute of AV ČR , VŠCHT Praha – PolymersInstitute.• Nanotextiles producing singlet oxygen, under registration No.203/08/0831 – Cooperation with the Charles University, FP.• ULTRATEC: Acceleration of Textile Processes by UltrasoundTechnology, Contract No.: NMP2-CT-2003-505892 SixthFramework program EU, priority 3, Nanotechnology andnanosciences, knowledge based multifunctional materials,new production processes and device, Grant holder,Financial information: EUR 117,945, Duration of project:14
1 January 2004 to 31 December 2006. The project wasconducted by 13 European universities, research institutesand companies.• Grant of the Ministry of Industry and Trade of the CzechRepublic – Master study – specialization “Technical textiles”,development program of the Ministry of Education, Youthand Sports, program 2 – for support of internat., podprog. d).Preparation and implementation of parallel study programs,1H-PK2/46, preparation of the subject “Medical Textiles”,2003-2006.• Progress 1H-PK 2/46, Nanofibers and their composites fromtechnical and bio-medicinal applications, participationin the grant of the Ministry of Industry and Trade, grantbeneficiary for TUL: Cooperation with the MacromolecularChemistry Institute of AV ČR and Synpo A.s. Pardubice.Financial participation of Elmarco s.r.o. – present cooperationin the area of biodegradable polymers and their spinning,development of acoustic layers with nanofibers andelectrostatic spinning from melt.NANOPHARMADevelopment of carriers for texture engineeringPegas NonwovensIndustrial production of layers for sound absorption; preparationof functionalized nanofibers after activation by plasma; study ofthe rheological behavior of polymer solutions and melts.7. Selected publications and patentsJirsak, O., Sanetrnik, F., Lukas, D., Kotek, V., Martinova, L.,Chaloupek, J., EP 1673493 (B1), US 7585437 (B2) A Methodof Nanofibers Production from a Polymer Solution UsingElectrospinning and the Device for Carrying Out the Method.US Patent.Wadsworth, L., Tsai, P., Jirsak, O., US 5955174 Composites ofCarded and Nonwoven Webs, Method and Apparatus for theElectrostatic Charging of Same. US Patent.Wadsworth, L., Tsai, P., Jirsak, O., US 6090469 MechanicallyInterlocked and Thermally Fused Staple Fiber Pleated and NonpleatedWebs. US Patent.Wadsworth, L., Tsai, P., Jirsak, O., US 6153059 Composite ofPleated and Nonwoven Webs, Method and Apparatus for theElectrostatic Charging of Same. US Patent.15
Page 3: ContentFaculty of textile Engineeri
Page 6: Metrology and New Methods of Qualit
Page 9 and 10: cooperation with VÚB Ústí n. Orl
Page 11 and 12: Semi production laboratoryThe Semi
Page 14 and 15: Department of Nonwovens1. Departmen
Page 18: Jirsák, O., Wadsworth, L.C., Nonwo
Page 21 and 22: 3. Educational activitiesThe Clothi
Page 23: Havelka, A., Kůs. Z: Patent regist
Page 27 and 28: The activities of the Textile Mater
Page 29 and 30: 6. Grants and projects• Alloys an
Page 32 and 33: Department of Design1. Department p
Page 34 and 35: • participation of students in Cz
Page 36: • Mgr. A. R. Valentin - Glass and
Page 39 and 40: even in cooperation with foreign re
Page 41 and 42: • MPO - TANDEM - Advanced researc
Page 44 and 45: Department of Textile Evaluation1.
Page 46 and 47: effects in nano porous materials us
Page 48 and 49: Militký, J., Kovačič,V., Bajzík
Page 50 and 51: 2. a scale of grades from 1 to 4 (1
Page 52: VisaA valid passport and a long-ter
Page 55 and 56: Town, Johannesburg, Ladysmith etc.
Page 57: INVESTMENTS IN EDUCATION DEVELOPMEN

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