A polyolefin dosimeter system

Sel’kin, V. P.; Pleskachevsky, Yu. M.; Смирнов, В. А.; Gochaliev, G. Z.; Rubin, Bernard

doi:10.1016/1359-0197(90)90309-6

Cited by 4 publications

(1 citation statement)

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“…The tribosurface of the PVDF specimen was irradiated in the air with accelerated electrons (energy E = 0.7 MeV, absorbed dose power N D = 10 4 Gy/s) with the ELV 3 industrial accelerator. The absorbed dose was checked with polymeric detec tors DPE 50/2000 [7]. The bonding strength was rated by the gel analysis method by extracting the soluble portion in the boiling acetone until the mass becomes constant.…”

Section: Methodsmentioning

confidence: 99%

Effect of radiation modification of wear-resistant polyvinylenfluoride under friction on metal in oil

Sel’kin

Sosnovskii

2013

J. Frict. Wear

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The findings of the study are presented that disclose how the radiation modification influences the wear resistance of polyvinylenfluoride during friction on metal in oil. It is established that the friction regu larities in this case are much different from the friction in water and air. While the wear rate of polyvinylen fluoride depends on the absorbed radiation dose during tests in the air and extreme tests under dry friction, followed by the abrupt acceleration of the irradiated polymer contacting layer; during friction in oil, the wear rate reduction is observed throughout the range of doses up to 500 kGy.

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Section: Methodsmentioning

confidence: 99%