TITLE:
Manufacturing Technique and Properties of Condensed Copper-Carbon Composite Materials for Sliding Electrical Contacts
AUTHORS:
Nikolay Grechanyuk, Rimma Minakova, Viktor Bukhanovsky, Nikolay Rudnitsky
KEYWORDS:
Copper-Carbonic Condensed Composite, Electron-Beam Technology, Material Structure, Electrical, Tribotechnical and Mechanical Characteristics
JOURNAL NAME:
Open Access Library Journal,
Vol.1 No.6,
September
11,
2014
ABSTRACT: The production technology, structure, electrical conductivity, coefficient of friction, hardness, strength, and plasticity over a temperature range of 290 - 870 K of laminated copper-carbonic composites for sliding electrical contacts of current-collecting devices obtained by electron-beam evaporation and vapor condensation are studied.