1) solid self-lubricating
固体自润滑
1.
Investigation on high temperature oxidation kinetics of Ni-Cu-C solid self-lubricating alloy;
Ni-Cu-C固体自润滑合金的高温氧化动力学研究
2.
A new Fe-Mn-C-Si solid self-lubricating alloy with high wear resistance was designed and was prepared by melting method.
在高锰耐磨钢成分基础上引入石墨,通过熔炼法制备出新型高耐磨Fe-Mn-C-Si固体自润滑合金。
2) solid self-lubricating film
自润滑固体膜
1.
The micro-morphology, composition and surface profile of the solid self-lubricating film were examined by means of scanning electron microscope (SEM), electron probe x-ray micro analyzer (EPMA) and profile-meter.
结果表明 :在一定的工况参数范围内 ,自润滑固体膜主要由C和Cu两种元素组成 ,其减摩性能保持在某一相对良好的状态 ;当工况参数超出这一范围时 ,自润滑固体膜中的金属含量增多 ,其减摩性能随之恶化。
5) solid lubrication
固体润滑
1.
Application study on solid lubrication in a dry scroll vacuum pump;
涡旋真空泵中固体润滑技术的应用研究
2.
The nickel-based solid lubrication coatings containing nickel coated graphite were produced on the 45 steel substrate by high velocity oxygen fuel spraying.
用超音速火焰喷涂在45钢表面制备具有Ni包石墨的镍基固体润滑涂层。
3.
Four types of solid lubrication coatings containing MoS_2 were sprayed on the steel substrate by high velocity oxygen fuel(HVOF) spraying.
采用超音速火焰(HVOF)喷涂的方法在45钢表面制备四种含有MoS2的镍基固体润滑涂层,并研究了MoS2含量对涂层组织和性能的影响。
6) solid lubricating
固体润滑
1.
Compared with TiN/40CrNiMo, the hardness and solid lubricating effects for TiN/GT35 were more significant.
同TiN/40CrNiMo相比,TiN/GT35的硬度高和固体润滑效果显著,GT35是较为理想的基体材料。
2.
The surface of the copperized carbon fiber was analyzed by scanning electron microscopy(SEM)and X-ray diffraction(XRD),the friction and wear properties were studied by adding the prepared copperized carbon fiber to PTFE to form solid lubricating composite materials.
在镀铜碳纤维中加入PTFE制备固体润滑复合材料,并进行摩擦磨损实验。
补充资料：采用高分子固体润滑剂加工冷拉的金属制品
采用高分子固体润滑剂加工冷拉的金属制品
采用高分子固体滤肯利加工j引j的垒甚制品 R瑚舛{段j。学高分于研：￡所供稿
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条