首页> 外文期刊>Journal of Applied Mechanics and Technical Physics >PLASMA REINFORCEMENT OF WORKING SURFACES OF PARTS OF A DEEP WELL PUMP
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PLASMA REINFORCEMENT OF WORKING SURFACES OF PARTS OF A DEEP WELL PUMP

机译:深井泵零件工作表面的等离子体增强

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摘要

The possibility of using nitrogen-containing plasma that forms in a high-frequency charge is shown for the first time, and the plasma effect on changes in the physical and chemical properties of the inner surface of the cylinder is tested. The properties are estimated in accordance with the ISO 14577 standard on a “Nanoskan-3D” device. It is revealed that the microhardness of a deep well pump cylinder treated in the plasma of a high-frequency charge increases by a factor of 2 to 2.5, while the elasticity modulus becomes 25 to 40% larger.
机译:首次显示了使用在高频电荷中形成的含氮等离子体的可能性,并测试了等离子体对气缸内表面物理和化学性质变化的影响。根据“ Nanoskan-3D”设备上的ISO 14577标准估算属性。揭示了在高频电荷的等离子体中处理的深井泵筒的显微硬度增加了2到2.5倍,而弹性模量变大了25到40%。

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