It has been shown that the ageing of antifriction composites of linear polyethylene in accelerated and natural climatic tests with different effectiveness and directivity affects the wear resistance of the investigated materials. Temporal correspondence of change in the wear resistance of polyethylene and of its antifriction composites during ageing in accelerated and natural climatic tests was established.
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References
1.
NeimanM.B. (ed.), The Ageing and Stabilisation of Polymers.Nauka, Moscow, 331 pp. (1964).
2.
Kuz'minskiiA.S. (ed.), The Ageing and Stabilisation of Polymers.Nauka, Moscow, 320 pp. (1968).
3.
RenbyB., and RabekJ., Photodegradation, Photooxidation, and Photostabilisation of Polymers.Mir, Moscow, 676 pp. (1978).
4.
ShlyapintokhV. Ya., The Photochemical Transformations and Stabilisation of Polymers.Khimiya, Moscow, 344 pp. (1979).
5.
EmanuelN.M., and BuchachenkoA.L., The Chemical Physics of Ageing and the Stabilisation of Polymers.Nauka, Moscow, 356 pp. (1982).
6.
PavlovN.N., The Ageing of Plastics under Natural and Artificial Conditions.Khimiya, Moscow, 224 pp. (1982).
7.
KirilovaE.I., and Shul'ginaE.S., The Ageing and Stabilisation of Thermoplastics.Khimiya, Leningrad, 240 pp. (1988).
HowardJ.B., and GilroyH.M., Natural and artificial weathering of polyethylene plastics. Polym. Eng. Sci., 9 (4): 286–294 (1969).
10.
RatnerS.B., The relationship of wear with other mechanical properties of plastics. Plast. Massy, (7): 38–42 (1963).
11.
FarberovaI.I., and RatnerS.B., The effect of filling and plasticisation on the wear resistance of plastics. Plast. Massy, (4): 38–42 (1967).
12.
GordienkoV.P., and Sal'nikovV.G., Investigation of the wear resistance of linear polyethylene containing molybdenum disulphide of different degrees of dispersion. Plast. Massy, (11): 45–48 (2010).
13.
GordienkoV.P., The effect of climatic ageing on the properties of filled polyepoxide. Plast. Massy, (6): 14–17 (2008).
14.
GordienkoV.P., and Sal'nikovV.G., The positive effect of aggressive factors on the structure and properties of thermoplastic materials containing highly dispersed additives of inorganic nature. Plast. Massy, (5): 25–32 (2010).