{"id":3399,"date":"2021-12-09T11:38:32","date_gmt":"2021-12-09T10:38:32","guid":{"rendered":"https:\/\/kmim.wm.pwr.edu.pl\/krzak\/?page_id=3399"},"modified":"2021-12-09T11:38:32","modified_gmt":"2021-12-09T10:38:32","slug":"completed-implemented-research-projects","status":"publish","type":"page","link":"https:\/\/kmim.wm.pwr.edu.pl\/krzak\/curriculum-vitae\/completed-implemented-research-projects\/","title":{"rendered":"Completed & Implemented Research Projects"},"content":{"rendered":"

Completed & Implemented Research Projects<\/h1>\n
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  1. Project UMO-2020\/39\/I\/ST5\/03493 'Research on the influence of self-healing, organic-inorganic sol-gel layers on the corrosion resistance and fatigue of steel in the VHCF range'<\/em> founded by the National Science Centre, Poland under the cooperation with Lead Agency Procedure (LAP) in the Weave program, principal investigator, 12.2021 — ongoing<\/li>\n
  2. Project NOR\/SGS\/HyStor\/0306\/2020-00 Improving the Efficiency of Hydrogen Storage Vessels through Novel Oxide Coatings — HyStor<\/em> Founded by the National Center for Research and Development in Poland under the Small Grant Scheme (SGS) Project Programme, 10.2021–ongoing<\/li>\n
  3. Project no. U\/0180\/159\/2021 'Reduction of hydrogen permeability through MDPE liner by applying doped sol-gel coatings'<\/em> contracted by RAIGI , France, principal investigator, 05.2021\u2013ongoing<\/li>\n
  4. Project Sonata Bis no.UMO\/2016\/22\/5\/E\/ST5\/00530 'Glasses and glass composites in nano-scale with enhanced bioactivity and functionality'<\/em>, founded by National Science Centre Poland, investigator, 05.2017\u2013ongoing<\/li>\n
  5. Research task: 'Conducting research in the selection of materials for the construction of the crystallizer'<\/em> under the Project 'DeveloFounded by the National Center for Research and Development in Poland under the Small Grant Scheme (SGS) project, Programmepment of crystallization technology based on a new type of crystallizer for organic compounds from alloys in suspension'<\/em> POIR.01.01.01.-000198\/15-00, principal investigator, 05.2017\u201307.2019<\/li>\n
  6. Project of own research: 'Oxide coatings activated depending on the application – sol-gel synthesis, research of composition and properties – Part 1'<\/em>, Wroclaw University of Science and Technology, principal investigator, 09.2014\u201306.2015<\/li>\n
  7. Research task: 'Materials and technologies for advanced storage systems and energy conversion'<\/em> implemented by the WUT Wroclaw Research Centre EIT+ in the framework of POIG.01.01.02-02-002 \/ 08-00, investigator, 05.2010\u201308.2014<\/li>\n
  8. Research task: 'Nanocomposites and SMART materials'<\/em> implemented by WUT for Wroclaw Research Centre EIT+ in the framework of POIG.01.01.02-02-002 \/ 08-00, investigator, 06.2010\u201306.2014<\/li>\n
  9. Project no. 621137\/W10\/K10 'Research services to commercial entities in the field of physico-chemical and mechanical investigations'<\/em>, principal investigator, 01.2014\u201312.2014<\/li>\n
  10. Project no. B20103\/I19, project of own research entitled 'Preparation, research and applications of selected amorphous and nanocrystalline materials'<\/em>, principal investigator, 2013\u20132014<\/li>\n
  11. Research task Under the Project 'Biotechnologies and Advanced Medical Technologies'<\/em> nr POIG.01.01.02-02-003\/08 funded under the Innovative Economy Programme by European Union: 'Evaluation of the regenerative potential of damaged bone and nervous tissue through the isolation of autologous stem cells from adipose tissue and bone marrow with the aid of bionanomaterials'<\/em> principal investigator of the design of coating materials and supervision of materials synthesis, 2012\u20132013<\/li>\n
  12. Project no. 630777\/I19 'Application of SiO2<\/sub> coatings produced by sol-gel method as a protective coating according to the Electrolux requirements'<\/em>, Contracted by ELECTROLUX Italy S.p.A. principal investigator, 2012\u20132013.<\/li>\n
  13. Research task: 'Application of sol-gel sensors\/markers for identification of chemicals and bacteria in grey water'<\/em> under the Project 'Energy efficiency, optimized resources use and process innovation of home appliances and their domotic integration (GREEN KITCHEN)'<\/em>, Industry-Academia Partnerships and Pathways (IAPP) – Marie Curie Actions, Grant agreement no.: 251600 in cooperation with Whirlpool Europe, principal investigator, 2010\u20132014<\/li>\n
  14. Research project under the GRANT – research supported through fellowships for doctoral students, Human Capital Operational Programme, Priority VIII, Action 8.2, Sub-8.2.2, 04.2009\u201303.2010; principal investigator, Fifth place in the ranking list<\/li>\n
  15. PhD Grant No. N N507 4491 33, 'Bio-active coatings on metallic substrates obtained by the sol-gel method'<\/em>, principal investigator, 2007\u20132009<\/li>\n
  16. Research project No. N507 009 31\/0275 'Research on the applicability of the sol-gel structures on the outer layer of implants'<\/em> Wroclaw University of Technology, Faculty of Mechanical Engineering, Institute of Design and Operation, investigator, 2006\u20132009<\/li>\n
  17. Research project under the First scholarship program ZPORR for the best PhD student of Wroc\u0142aw University of Technology, ZPORR, Priority II, Action 2.6, principal investigator, 05.2007\u201310.2007<\/li>\n
  18. Project for WZZ Herbapol — 'Synthesis and physicochemical investigation of calcium compounds with naturally occurring ligands'<\/em>, investigator, 2001\u20132004<\/li>\n<\/ol>\n