Registration Number
0216U000522,
0114U002482
, R & D reports
Title
Development biocidal textile and leather materials using green technologies and evaluation of their effectiveness of their influence on pathogenic microflora and energy state of organs and human systems of organs
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Head
Bereznenko Sergiy Mykolajovych, Доктор технічних наук
Registration Date
05-02-2016
Organization
Kiev national university technology and design.
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Subject of research: Development of green technology for preparation of biocidal textile and leather materials and evaluation of the impact of these materials on the functional state of organs and organ systems in the system "man-clothing-environment." The object of study: The technology of biocidal textile and leather materials with using of preparations of nanometals stabilized by plant extracts and plant cell cultures. Properties of modified textile and leather materials (biocide, physical-mechanical, hygroscopic, the impact on the energy-information state organs and systems of organs). The purpose of research: Development of bases of technology of textile and leather materials with prolonged biocidal properties (fungicidal, anti-bacterial), with using of environmentally friendly green technologies preparations nanometals in herbal extracts production. Evaluating the effectiveness of the modified textiles impact on pathogenic microflora (determining fungicidal and antibacterial properties of the modified materials). Comprehensive assessment of viscoelastic and hygienic properties of raw materials and packages on their basis. Evaluating of textile impact of modification on the energy state of organs and systems organs in the system "man - clothing - environment". During the work were used standardized and specially designed techniques. At the Institute of Food Biotechnology and Genomics National Academy of Sciences of Ukraine developed a method for producing silver nanoparticles using green technologies. The Department of Optoelectronics Institute of Semiconductor Physics. VE Lashkaryov NAS metal nanoparticles were analyzed by atomic force microscope (AFM) - company Digital Instruments and transmission electron microscope JEM-1230 (JEOL, Japan). Microbiological studies conducted at the Institute of Epidemiology and Infectious Diseases. LV Gromashevskiy NAMS of Ukraine. In the context of Khmelnytsky National University at the hardware-software diagnostic complex agribusiness "Intera-Dia Cor", Measured the impact of textile and leather materials on the functional state of organs and systems of human organs . Applications: designed biocidal textile and leather materials may be recommended for the production of protective clothing and footwear for different purposes (household, sports, medical, military uniforms). The practical significance: the possibility to obtain a bactericidal innovative textile and leather materials with the use of "green" nanotechnologies. Textile materials are recommended for the elements of a health-prophylactic outerwear, hats, underwear. Leather materials are recommended in used in linings and insoles of footwear in food industry - for baking bread. The main results are: - A technique for synthesis of metal nanoparticles via phyto-extracts derived from different plant species. It has been shown that nanoparticles are synthesized using biological materials have controlled size, high stability, nontoxicity, safety, biocompatibility. - The method of modifying the samples of textile materials solutions antimicrobials of plant origin in different ways. Manufactured experimental samples of biocidal textile materials. The possibility of modification of textile materials by applying to these metal nanoparticles by spraying and impregnation. - The effect of the biocide textile materials on the life of human pathogens and their potential use in the manufacture of products for various purposes. - The influence of biocidal textile raw materials of different composition on the energy potential of the human body, and proved that by correct selection of materials packets clothing can be adjusted well-being. - To determine the range of garments and technology modifications.
Product Description
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Березненко Микола Петрович
Вісленко Володимир Іванович
Власенко Вікторія Іванівна
Курлова Ніна Олександрівна
Кучеренко Валентина Іванівна
Міхєєва Наталія Миколаївна
Славінська Тамара Петрівна
Хохлова Ірина Яківна
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2020-04-02
