木质材料加工用WC-Co可转位刀的润湿性

M. Barlak, J. Wilkowski, Zbigniew Werner, P. Podziewski
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引用次数: 0

摘要

木质材料加工用WC-Co可转位刀的润湿性。研究了注入离子深度分布对注入离子WC-Co刀具润湿性的影响。对两种类型的工具表面进行了测试,即初始和抛光,两种常用气体,即氮气和氩气,以及在经典离子注入器的情况下可能控制的参数值。四个深度剖面为两个不同的加速电压值建模,每个植入元件两个。建模参数的选择使两个植入单元的深度曲线相似。润湿性测试使用计算机支持的测试台进行。所得结果不能证实关于润湿性与深度剖面的位置和形状之间关系的假设。
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The wettability of nitrogen and argon implanted WC-Co indexable knives used for wood-based material machining
The wettability of nitrogen and argon implanted WC-Co indexable knives used for wood-based material machining. An attempt was made to examine the effect of the depth profiles of the implanted ions on the wettability of ion implanted WC-Co tools used for wood-based material machining. The tests were carried for two types of the tool surfaces, i.e. initial and polished, two commonly used gases, i.e. nitrogen and argon, and for the values of the parameters, possible to control in the case of classic ion implanters. Four depth profiles were modelled for two different values of the acceleration voltage, two for each implanted element. The modelling parameters were selected so that the two modelled depth profiles for both implanted elements were similar. The wettability tests were carried using a computer-supported test stand. The obtained results did not confirm the hypothesis about the relationship between the wettability and the position and the shape of the depth profiles.
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