antifriction material
英
美
润滑剂；减摩材料
双语例句
- In order to strengthen its antifriction property, the material nature of the boards chooses a special formula of high molybdenum, high chromium and nickelic.
为增强其耐磨性，衬板采用的是高钼、高铬、高镍特种配方。 - The influence of composition and sintering temperature of Fe-on-Me iron based antifriction material on its physical and mechanical properties has been studied.
研究了Fe－Cu－Me铁基减摩材料的成分配比和烧结温度对其物理力学性能的影响。 - The composites, possessing good friction and wear properties may represent a new antifriction material that can be widely used in the future.
所得石墨－Al基复合材料具有优良的抗摩擦磨损性能，是一种应用前景广泛的新型减磨材料。 - Development of Addition Antimony-Reduction Tin-Copper Basis Antifriction Material
一种加锑减锡的铜基减摩材料的研制 - Measurement of Boundary Friction Factors of Models and Studies on Antifriction Material
模型边界摩擦系数的测试与减摩材料的研究 - Study of Ceramic Metal Antifriction Material for Aerospace
航空用金属陶瓷减摩材料研究 - Development of a solid self-lubrication antifriction material and its application
固体自润滑减摩材料的研制和应用 - The Zn-Al alloy has many advantages, such as good mechanical property, strong antifriction property, processable property, small density, low melting point, affluent raw material, low cost and so on.
高铝锌基合金具有优良的力学性能、耐摩性能、机加工性能、以及密度小、熔点低、原材料来源丰富和成本低等优点。 - Zn-Al alloy shows considerable promise for bearing and wear applications, which is a new kind of antifriction material with high bearing capacity and mechanical properties, fine casting characteristic, low friction coefficient and low cost.
锌铝合金显示出较高的力学性能、优良的摩擦磨损性能，是一种具有高承载能力的新型减摩材料，其铸造性能优良，且摩擦系数和成本较低，得到了广泛关注与应用。 - Palygorskite is good choice of antifriction material, as a result of its unique crystal structure.
坡缕石由于其独特的晶体结构，是减摩材料的良好选择。 - Babbitt metal is a typical bearing material with excellent performance of antifriction, but it is poor in mechanical strength. Thus, it is necessary to improve the bearing capacity of this material.
巴氏合金是一种具有优良减摩性能的轴承材料，但其机械强度较低，因而提高其承载显得尤为重要。 - Because of their excellent characteristics, the novel resin-matrix antifriction composites have gotten much wider application as diversified antifriction accessories instead of the metal material or substitutes in the mechanical engineering.
新型树脂基减摩复合材料因其具有许多优良特性，在机械工程中作为各种减摩、耐磨零件的金属材料的替代或换代产品，获得越来越多的应用。