13 Nanostructural and Nanochemical Processes in Peloid Sediments Aided. . .
229
peloids, but they can be the basis for creation of antibactericide clay compositions
with special properties, and for creation of antifiltration membranes for designing
different ecotechnologies. The latter needs further investigations.
References
1. Prokopenko VA, Kovzun IG, Ulberg ZR (2014) The creative potential of scientific discovery.
Her Natl Acad Sci Ukr 10:52–61
2. Oleinik VA, Panko AV, Kovzun IG et al (2013) Nanochemical processes in solid-phase
reduction of Ferrioxide-silicate materials. Proc NAP 2(3):03AET10
3. Kovzun IG, Ulberg ZR, Panko AV et al Colloid-chemical and Nanochemical processes in
Peloids on basis of ferrous clay minerals. In: Fesenko O, Yatsenko L (eds) Nanoplasmonics,
Nanooptics surface studies and applications, springer proceedings in physics, vol 167. Springer
Proceedings in Physics, Heidelberg, pp 233–243
4. Panko AV, Kovzun IG, Ulberg ZR, Oleinik VA, Nikipelova EM, Babov KD (2016) Colloidchemical modification of peloids with nano- and microparticles of natural minerals and their
practical use. In: Fesenko O, Yatsenko L (eds) Nanophysics, nanophotonics, surface studies,
and applications, vol 183. Springer Proceedings in Physics, Heidelberg, pp 163–177
5. Oleinik VA, Panko AV, Kovzun IG et al (2016) Processes of metamorphism in iron-oxidesilicate rocks, their microbiological, nanochemical and nanostructural transformations. Proc
NAP 5(3):02NABM01
6. Loboda MV, Babov KD, Zolotarjova TA, Nikipelova EM (2006) Lechebnye grjazi (peloidy)
Ukrainy. Chast 1 (Therapeutical muds (peloids) of Ukraine. Part 1). Kuprijanova, Kyiv
7. Emel’janov VA (2003) Osnovy morskoj geojekologii (Basics of marine geoecology). Naukova
dumka, Kyiv
8. Nikipelova OM (2014) Results of physicochemical studies of Dashukov deposit’s bentonite
(Rezul’taty fizyko-khimichnykh doslidzhen bentonitu Dashukivs’koho rodovyshcha). Odesa
Natl Univ Herald Chem 3:70–75
9. Nikipelova OM, Nikolenko SI, Nedoluzhenko DI (2014) Physico-chemical properties and
mechanism of bactericidal action of different clays (Fizyko-khimichni vlastyvosti ta mekhanizm bakterytsydnoyi diyi hlyn riznoho pokhodzhennya). Med Rehabil Spa Ther Physiother
1:39–43
10. Frye K (ed) (1981) The encyclopedia of mineralogy, encyclopedia of earth sciences, vol IV B.
Hutchinson Ross Publishing Company, Stroudsbu
11. Shherbak NP (ed) (1990) Mineraly Ukrainy: kratkij spravochnik (Minerals of Ukraine: quickreference book). Naukova dumka, Kyiv
12. Rozanov AJ, Zavarzin GA (1997) Bakterial’naja paleontologija (Bacterial paleontology).
Vestnik RAN 67(3):241–245
13. Nikipelova OM, Solodova LB (2008) Manual on control methods of peloids and preparations
on their basis. Physico-chemical research (Posibnyk z metodiv kontrolyu peloyidiv ta preparativ na yikh osnovi. Fizyko-khimichni doslidzhennya). Ukrainian Publishing Union named after
Yuri Lipy, Odesa
14. Nikipelova OM, Hlukhovs’ka SM, Koval’ova IP (2010) Manual on control methods of medical
muds (peloids), spices and preparations on their basis, microbiological research (Posibnyk
z metodiv kontrolyu likuval’nykh hryazey (peloyidiv), ropy ta preparativ na yikh osnovi,
Mikrobiolohichni doslidzhenya). Even, Odesa
15. Oleynik VA, Panko AV, Kovzun IG et al (2016) Influence of nanodispesed and microdispersed
structures on metamorphism of iron oxide silicate ore materials (Vliyaniye nanodispersnykh
i mikrodipersnykh struktur na protsessy metamorfizma zhelezooksidnosilikatnykh rudnykh
materiaov). Nanosistemi Nanomateriali, Nanotehnologii 14(2):245–258
229
peloids, but they can be the basis for creation of antibactericide clay compositions
with special properties, and for creation of antifiltration membranes for designing
different ecotechnologies. The latter needs further investigations.
References
1. Prokopenko VA, Kovzun IG, Ulberg ZR (2014) The creative potential of scientific discovery.
Her Natl Acad Sci Ukr 10:52–61
2. Oleinik VA, Panko AV, Kovzun IG et al (2013) Nanochemical processes in solid-phase
reduction of Ferrioxide-silicate materials. Proc NAP 2(3):03AET10
3. Kovzun IG, Ulberg ZR, Panko AV et al Colloid-chemical and Nanochemical processes in
Peloids on basis of ferrous clay minerals. In: Fesenko O, Yatsenko L (eds) Nanoplasmonics,
Nanooptics surface studies and applications, springer proceedings in physics, vol 167. Springer
Proceedings in Physics, Heidelberg, pp 233–243
4. Panko AV, Kovzun IG, Ulberg ZR, Oleinik VA, Nikipelova EM, Babov KD (2016) Colloidchemical modification of peloids with nano- and microparticles of natural minerals and their
practical use. In: Fesenko O, Yatsenko L (eds) Nanophysics, nanophotonics, surface studies,
and applications, vol 183. Springer Proceedings in Physics, Heidelberg, pp 163–177
5. Oleinik VA, Panko AV, Kovzun IG et al (2016) Processes of metamorphism in iron-oxidesilicate rocks, their microbiological, nanochemical and nanostructural transformations. Proc
NAP 5(3):02NABM01
6. Loboda MV, Babov KD, Zolotarjova TA, Nikipelova EM (2006) Lechebnye grjazi (peloidy)
Ukrainy. Chast 1 (Therapeutical muds (peloids) of Ukraine. Part 1). Kuprijanova, Kyiv
7. Emel’janov VA (2003) Osnovy morskoj geojekologii (Basics of marine geoecology). Naukova
dumka, Kyiv
8. Nikipelova OM (2014) Results of physicochemical studies of Dashukov deposit’s bentonite
(Rezul’taty fizyko-khimichnykh doslidzhen bentonitu Dashukivs’koho rodovyshcha). Odesa
Natl Univ Herald Chem 3:70–75
9. Nikipelova OM, Nikolenko SI, Nedoluzhenko DI (2014) Physico-chemical properties and
mechanism of bactericidal action of different clays (Fizyko-khimichni vlastyvosti ta mekhanizm bakterytsydnoyi diyi hlyn riznoho pokhodzhennya). Med Rehabil Spa Ther Physiother
1:39–43
10. Frye K (ed) (1981) The encyclopedia of mineralogy, encyclopedia of earth sciences, vol IV B.
Hutchinson Ross Publishing Company, Stroudsbu
11. Shherbak NP (ed) (1990) Mineraly Ukrainy: kratkij spravochnik (Minerals of Ukraine: quickreference book). Naukova dumka, Kyiv
12. Rozanov AJ, Zavarzin GA (1997) Bakterial’naja paleontologija (Bacterial paleontology).
Vestnik RAN 67(3):241–245
13. Nikipelova OM, Solodova LB (2008) Manual on control methods of peloids and preparations
on their basis. Physico-chemical research (Posibnyk z metodiv kontrolyu peloyidiv ta preparativ na yikh osnovi. Fizyko-khimichni doslidzhennya). Ukrainian Publishing Union named after
Yuri Lipy, Odesa
14. Nikipelova OM, Hlukhovs’ka SM, Koval’ova IP (2010) Manual on control methods of medical
muds (peloids), spices and preparations on their basis, microbiological research (Posibnyk
z metodiv kontrolyu likuval’nykh hryazey (peloyidiv), ropy ta preparativ na yikh osnovi,
Mikrobiolohichni doslidzhenya). Even, Odesa
15. Oleynik VA, Panko AV, Kovzun IG et al (2016) Influence of nanodispesed and microdispersed
structures on metamorphism of iron oxide silicate ore materials (Vliyaniye nanodispersnykh
i mikrodipersnykh struktur na protsessy metamorfizma zhelezooksidnosilikatnykh rudnykh
materiaov). Nanosistemi Nanomateriali, Nanotehnologii 14(2):245–258