共 35 条
- [1] Nerus L. N.(1977)Electroerosion strength of tungsten – copper and molybdenum – copper pseudoalloys Poroshk. Metall. 5 98-101
- [2] Verkhoturov A. O.(2008)Electrical and elastic properties of Cu – W graded material produced by vibro compaction J. Mater. Sci. 43 6777-6783
- [3] Marek B. A.(2003)Properties of W – Cu composite powder produced by a thermo-mechanical method Int. J. Refractory Metals Hard Mater. 47 259-264
- [4] Jancovi ID(2007)Synthesis of Cu – W nanocomposite by high-energy ball milling J. Nanosci. Nanotechnol. 7 2376-2381
- [5] Fiscina J(2004)Plasma-sprayed Cu – W composite J. Korean Inst. Metals and Mater. 42 58-63
- [6] González-Oliver CJR(1997)Arc erosion characteristics of Cu – W contact at load current range in SF6 gas Electr. Eng. Jpn. 118 41-51
- [7] Li Y(2002)Modern electron-beam technologies of melting and evaporation of materials in vacuum used by Gekont Company, Ukraine Metalurgija 41 125-128
- [8] Zheng Z(2007)Production technology and physical, mechanical and performance characteristics of Cu – Zr – Y – Mo finely-dispersed microlayer composite materials Metalurgija 46 93-96
- [9] Lei C(2004)Process of production and service characteristics of microlayer composite materials for new-generation electric contacts Vopr. Materialoved. 1 49-55
- [10] Venugopal T.(2008)Peculiarities of the structure, ITS deformation and destruction of condensed Cu – Mo – Zr – Y composite material of commercial purity Metalurgija 47 99-102