Study of structure and properties of modified Armenian minerals for composite polymer-based self-lubricating materials

• Autorzy: Karapetyan A. N. , Pogosian A. K. , Hovhannisyan K. V.
• Języki publikacji: EN

Abstrakty

EN

Research results of the modification mechanism of the Armenian minerals with fluorocontained olygomers are given. It is shown that, when treating of mineral fillers with fluoroalcon, a modified product is formed saving the structure of fillers with developed layers of fluoroalcon in which chlorine atoms are located on its periphery. It was established that the developed composites based on heterochained polymers and modified fillers are characterised by higher wear resistance, low friction coefficient, and improved strength properties.

Słowa kluczowe

EN

mineral filler; fluoroalcon; friction coefficient; surface energy; solubility

PL

wypełniacz mineralny; fluoroalkony; współczynnik tarcia; energia powierzchni; rozpuszczalność

• Wydawca: Wydawnictwo Naukowe Instytutu Technologii Eksploatacji - Państwowego Instytutu Badawczego
• Czasopismo: Scientific Problems of Machines Operation and Maintenance
• Rocznik: 2009
• Tom: Vol. 44, nr 4
• Strony: 41--49
• Opis fizyczny: Bibliogr. 10 poz., rys., tab.

Twórcy

autor

Karapetyan A. N.

autor

Pogosian A. K.

autor

Hovhannisyan K. V.

• State Engineering University of Armenia, 105 Teryan Str., 375009 Yerevan, Armenia. Tel.: [phone],

Bibliografia

• [1] Tribology in the USA and the Former Soviet Union: Studies and Applications /Ed. by Belyi V., Ludema K. and Myshkin N. New York, Allerton Press, 1993, 454p.
• [2] Pogosian A., Karapetian A., Oganesian K. Tribochemical Processes and Wear of Composite Polymer Materials // Wear of Materials ASME. Denver, USA, 1989, vol.2, pp. 521-528.
• [3] Gribova I., Krasnov A., Chumaevskaya A. Chemical Structure of Polymers and Tribochemical Changes in Polymers and Filled Systems // Friction and Wear, 1997, vol.18, N 2, pp.258-279.
• [4] Pogosian A., Hovhannisyan K., Karapetyan A., Baghdasaryan A. Antifriction Composite Polymer Materials Based on Copolymer of Formaldehyde // Friction and Wear, 1998, vol.19, N1, pp.97-103.
• [5] Karapetyan A. Study of Tribochemical Processes at Friction of Aliphatic Polyamides // News of NAS RA and SEUA, Techn. Sciences Series, 2004, vol. 57, N3, pp.406-413 (In Russian).
• [6] Karapetyan A., Hovhannisyan K. Strained-Strength Properties of Modified Heterochained Polymers//Machine Dynamics Problems, Warsaw, 2004. vol. 28, N 3, pp. 151-156.
• [7] Pogosian A.K., Karapetyan A.N., Hovhannisyan K.V. Study of Physico-Chemical Modification Process of Heterochained Polymers by the Fillers Minerals // Tribologia, Warsaw, 2004. vol. 193, N 1, pp.63-73.
• [8] Pogosian A.K., Karapetyan A.N., Hovhannisyan K.V. Development of Composite Antiftiction Materials Based on the Thermoplastic Polymers // Tribologia, Warsaw, 2005, vol. 203, N 5. pp.111-129.
• [9] Pogosian A., Bahadur Sh., Karapetyan A., Hovhannisyan K. Investigation of the Tribochemical and Physico-Mechanical Processes in Sliding of Mineral-Filled Formaldehyde Copolymer Composites Against Steel // Wear, 2006, vol. 260, N 6, pp. 662- 668.
• [10] Karapetyan A., Gribova I., Krasnov A., Studnev Yu., Pogosian A., Hovhannisyan K. Study of the Structure and Properties of the Armenian Minerals Modified with Fluorocontained Olygomers // News of NAS RA and SEUA, Techn. Sciences, 2005, vol.58, N2, pp.243-250 (In Russian).