ABSTRACT
The unique combination of physical properties of diamond is attracting attention to this material in terms of its practical use. Great interest to the diamond material originated after the development of methods for chemical vapor deposition of carbon from the gas phase (CVD), which allowed to obtain thin films. Such films are attractive due to their properties for use in fields ranging from electronics to mechanical processing of various
composite materials [1]. In the latter case the diamond film is deposited on the carbide materials. Despite numerous studies, there are certain aspects that remain unclear to date. These aspects are: the absence of the necessary adhesion to the solid alloy and low density of nucleation of the diamond phase. To solve the problem of poor adhesion of the diamond film using various embodiments of cemented carbide and etching subcoating [2]. To solve the problem of low-density diamond nucleation phase is used in the treatment of precursors, which includes: applying a thin polymer films [3], which is synthesizing a complex task, and the use of detonation diamonds that do not always produce predictable results, which is characterized by their production [4].
