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Registration Number

0219U101756, 0115U005336 , R & D reports

Title

Nanooksydni system with variable morphology and surface structure as adsorbents, fillers and carriers of drugs

Head

Kartel М. Т.,

Registration Date

29-10-2019

Organization

Chuiko Institute of Surface Chemistry of NAS of Ukraine

Description

 Rozvynennya naukovykh zasad novitnikh metodiv syntezu ta dyzaynu poverkhni nanomaterialiv z kontrolʹovanoyu morfolohiyeyu nanochastynok, topolohiyeyu i khimichnoyu budovoyu poverkhni, rehulʹovanymy hidrofilʹno/hidrofobnymy vlastyvostyamy, shcho mozhutʹ buty vykorystani v industriyi ta medytsyni, z zastosuvannyam nasharuvannya, zolʹ-helʹ i templatnoho syntezu ta adsorbtsiynoho, khimichnoho, polimeryzatsiynoho i heometrychnoho modyfikuvannya poverkhni; rozrobka novykh biosumisnykh materialiv ta bionanokompozytiv z vykorystannyam supramolekulyarnykh struktur na osnovi biopolimeriv ta likarsʹkykh rechovyn, zakriplenykh na poverkhni vykhidnykh ta modyfikovanykh nanooksydiv i kompozytnykh mineralʹno-vuhletsevykh materialiv; eksperymentalʹni doslidzhennya i teoretychne modelyuvannya yavyshch na hranytsyakh rozpodilu i vyznachennya mekhanizmiv tsykh yavyshch dlya stvorennya bilʹsh efektyvnykh nanomaterialiv i nanokompozytiv. Rezulʹtaty NDR (2012-2016 rr.) predstavleno u vyhlyadi tsʹoho zvitu za temoyu: “Nanooksydni systemy z rehulʹovanoyu morfolohiyeyu i budovoyu poverkhni yak adsorbenty, napovnyuvachi ta nosiyi likarsʹkykh rechovyn”, takozh vydano monohrafiyu, kilʹka rozdiliv u kolektyvnykh monohrafiyakh ta zbirnykakh, statti u vitchyznyanykh i zakordonnykh vydannyakh ta patenty (zahalʹna kilʹkistʹ – 197 robit, 6 patentiv, 207 tez dopovidey na konferentsiyakh, 5 kand. dysertatsiy kand. khim. nauk ta odna dysertatsiya dokt. khim. nauk za 2012-2016 roky – spysok u dodatku u kintsi zvitu). Takym chynom, rezulʹtaty roboty dobre vysvitleno yak na vitchyznyanomu, tak i mizhnarodnomu rivni. Показати більше 1492/5000 Development of scientific principles of the newest methods of synthesis and surface design of nanomaterials with controlled nanoparticle morphology, topology and chemical structure of the surface, regulated by hydrophilic / hydrophobic properties, which can be used in industry and medicine, with application of layering, sol-gel synthesis and sol-gel synthesis , polym

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Andriyko Lyudmyla S.
Voronin Evgeniy F.
Goncharuk Elena V.
Gunko Volodymyr M.
Kazakova Olga O.
Kulyk Tetiana V.
Matkovsky Oleksandr K.
Nosach Lyudmyla V.
Paentko Victoriya V.
Pachlov Evgen M.
Terets Mariy I.