Restricted accessResearch articleFirst published online 2011-7
Positive Impact of Aggressive Factors on the Structure and Properties of Thermoplastic Materials Containing Highly-Disperse Additives of an Inorganic Nature
This article emonstrates the potential for use of mechanochemical, photochemical and radiochemical exposure of typical thermoplastics (PE, PP) with highly-disperse additives of an inorganic nature to alter the structure and improve the physical/mechanical characteristics of composite materials. The action of these aggressive factors on polymers containing such additives, especially in a nano-form, was found to open up new and positive potential for targeted modification of the structure and properties of high-molecular compounds.
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References
1.
BaramboimN.K.Mekhanokhimiia vysokomolekuliarnykh soedinenii [Mechanical chemistry of high-molecular compounds], 3rd ed. Moscow, 1978, 384 pp.
2.
KazaleA.Porter R. Reaktsii polimerov pod deistviem napriazhenii [Reactions of polymers under stress]. Leningrad: Khimiia, 1983, 440 pp.
3.
NosalevichI.M., PakharenkoV.A.Khimicheskie protsessy pri pererabotke termoplastov [Chemical processes in the processing of thermoplastics]. Khar'kov: Vyshcha shkola, 1981, 152 pp.
4.
RenbiB., RabekYa.Fotodestruktsiia, fotookislenie, fotostabilizatsiia polimerov [Photo-destruction, photo-oxidation and photostabilisation of polymers]. Moscow: Mir, 1978, 676 pp.
5.
ShliapintokhV.Ya.Fotokhimicheskie prevrashcheniia i stabilizatsiia polimerov [Photochemical transformations and stabilisation of polymers]. Moscow: Khimiia, 1979, 344 pp.
6.
CharlsbyA.Yadernye izlucheniia i polimery [Nuclear radiation and polymers]. Moscow: Izd-vo inostr. lit., 1962, 542 pp.
7.
MakhlisF.A.Radiatsionnaia fizika i khimiia polimerov [Radiation physics and chemistry of polymers]. Moscow: Atomizdat, 1972, 328 pp.
GordienkoV.P., SolomkoV.P.Struktura i svoistva sshitykh kristallizuiushchikhsia polimerov [Structure and properties of crosslinked crystallising polymers] Itogi nauki i tekhniki/VINITI: Ser. Khimiia i tekhnologiia vysokomolek. soed. [Chemistry and technology of high-molecular compounds]. 13, 1980, 116–188.
10.
GordienkoV.P.Radiatsionnoe modifitsirovanie kompozitsionnykh materialov na osnove poliolefinov [Radiation modification of polyolefin-based composite materials]. Kiev: Naukova dumka, 1985, 176 pp.
11.
PliudemanE.M.Poverkhnosti razdela v polimernykh kompozitakh [Interfaces in polymer composites]. Moscow: Mir, 1978, 296 pp.
12.
GordienkoV.P., MustiatsaO.N., Sal'nikovV.G.Influence of the degree of dispersion of inorganic additive particles on the structure and properties of linear polyethylene. Plasticheskie massy, 12, 2007, 11–13.
13.
TornerR.V.Teoreticheskie osnovy pererabotki polimerov [Theoretical principles for polymer processing]. Moscow: Khimiia, 1977, 464 pp.
14.
AkutinM.S., OzerovG.M., KarginV.A.The interaction mechanism between crosslinking agents and crystalline polymers. Plasticheskie massy, 12, 1966, 32–33.
15.
AkutinM.S., UvarovA.V., OzerovG.M.Grafting of low-pressure polyethylene to the surface of titanium dioxide. Vysokomolekuliarnye soedineniia, 12, 1966, 2195.
16.
KarginV.A., PlatéN.A., ZhuravlevaV.G., ShibaevV.P.Structure and properties of the product of combined dispersion of polyethylene and soot. Vysokomolekuliarnye soedineniia, 3, 4, 1961, 650–654.
17.
NakanisiK.Infrakrasnye spektry i stroenie organicheskikh soedinenii [Infrared spectra and the structure of organic compounds]. Moscow: Mir, 1965, 216 pp.
18.
Krasil'nikovV.A.Zvukovye i ul'trazvukovye volny v vozdukhe, vode i tverdykh telakh [Sonic and ultrasonic waves in air, water and solid bodies]. 3rd ed. Moscow: Nauka, 1960, 617 pp.
19.
GordienkoV.P., VapirovYu.M., KovalevaG.N.Effect of UV irradiation on structure and properties of polyethylene containing inorganic additives of varying degrees of dispersion. Plasticheskie massy, 4, 2008, 6–9.
20.
GordienkoV.P., DmitrievYu.A.The degradation and stability of polyethylene with small additions of metal oxides under UV-irradiation. Polymer Degradation and Stability, 53, 1, 1996, 79–87.
21.
GordienkoV.P., DmitrievYu.A.Formation of zinc carboxylates in a polyethylene – zinc oxide system with UV irradiation. Vysokomolekuliarnye soedineniia, 1995, Series B, 37, 5, 900–901.
22.
GordienkoV.P., DmitrievYu.A.Effect of UV irradiation on polyethylene containing certain zinc compounds. Kompozytsiyni polimerni materialy, 20, 1, 1998, 64–68.
23.
GordienkoV.P., Sal'nikovV.G.Impact of sulphides of certain metals on the structure and properties of linear polyethylene with UV irradiation. Plasticheskie massy, 11, 2005, 4–6.
24.
GordienkoV.P., Sal'nikovV.G.Structure and physical/mechanical properties of linear polyethylene containing a ZnO-ZnS mixture with UV irradiation. Plasticheskie massy, 6, 2007, 6–9.
25.
VeselovskiiR.A., LeshchenkoS.S., KarpovV.P.Some aspects of the radiochemistry of polypropylene. Vysokomolekuliarnye soedineniia, Series A, 10, 4, 1968, 760–770.
26.
BerlinAl.Al., WolfsonS.A., OshmianV.G., EnikolopovN.S.Printsipy sozdaniia polimernykh kompozitsionnykh materialov [Principles of the creation of polymer composite materials]. Moscow: Khimiia, 1990, 232 pp.
