metal Fibers and Filaments 金属纤维和丝
long metal fibers 金属长纤维
porous metal fibers 金属纤维多孔材料
metal fibers arrays 金属纤维阵列
magnetic metal fibers 磁性金属纤维
metal fibers reinforced 金属纤维增强
Metal organophosphate fibers 有机磷酸酯盐
Cutting is currently the most extensive method of manufacturing metal fiber.
切削法是目前使用最广泛的金属纤维制造方法。
参考来源 - 金属纤维切削加工方法研究Present has not been widespread concern in modern fiber art metal fiber material , but the material has created new possibilities.
目前在现代纤维艺术中金属纤维材料并没有得到广泛的关注,但材料自身所具备的独特性为艺术创作提供了新的可能。
参考来源 - 金属纤维材料造型语言研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The fiber formation regions are studied in mechanical chatter cutting method in which short metal fibers are machined.
本文研究了机械振动切削法制造金属短纤维的生成域。
The forming mechanism of the cross section of unbroken metal fibers manufactured by the combined cutting of big inclination cutting and chip pulling cutting is analyzed.
分析了采用大刃倾角-拉屑复合切削方法制造连续型金属长纤维时纤维横截面的形成机理。
In order to increase the loss of the electro-magnetic wave, the effects were studied through the absorbing materials being imposed by short metal fibers, and their theory was also discussed.
为了增大电磁波的损耗，还研究了在吸波材料中加入短金属纤维对材料的影响，并从理论上进行了讨论。
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