抗磨的的英文

• abrasion resistant
• antiwear
• antiacid
• wearproof

• 抗磨    wear-resistant; antiwear; an ...
• 的    4次方是 The fourth power of 2 i ...
• 磨的    grinding
• 抗磨    wear-resistant; antiwear; antifriction◇抗磨度 endurance; 抗磨镀层 wear-resistant coating; 抗磨剂 antiwear agent [additive]; 抗磨力 abrasion strength [resistance]; 抗磨轴承 antifriction bearing; 抗磨铸铁 antifriction cast iron
• 铲磨的    relief ground
• 防磨的    abrasion-proof; wear-preneentinee
• 干磨的    dry ground
• 耐磨的    abrasion proof; abrasion-proof; abrsv res; antiwear; attrition resistant; attrition-resistant; hard wearing; hard-wearing; long wearing; toughlay; wear proof; wear resistant; wear resisting; wear-resistant; wear-resisting; wearproof abrasion resistant
• 砂磨的    sanded
• 细磨的    finely ground
• 研磨的    abrasive; lapped; molar
• 再磨的    reground
• 重磨的    reground
• 抗磨板    wear plate; wearing plate
• 抗磨度    endurance
• 抗磨环    wearing ring
• 抗磨剂    abrasion resistor; anti-scuff agent; antifriction; antiwear agent
• 抗磨块    wearing block
• 抗磨力    abrasion resistance; abrasion strength; abrasion-resistance; abrasive resistance; attrition resistance; wear hardness; wear resistance; wear-resistance
• 抗磨圈    anti-friction ring
• 抗磨损    resistance to wear; antifraying◇抗磨损添加剂 antiwear additive
• 抗磨套    wearing sleeve
• 抗磨性    abrasion resistance; abrasive resistance; antifriction property; antiwear property; attrition resistance; eerasive resistance; resistance to abrasion; resistance to wear; wear resistance; wearability
• 抗磨值    abrasion value
• 待磨的谷物    grain to be ground

• The surface material is liable to erosion wear with high - velocity sediment - laden flow , hi this paper , sand wear mechanisms are discussed and some effects of significant flow factors on material wear are analyzed ; the possibility of preventing erosion wear with aeration is proposed ; based on test data , the formula for calculating the concrete material wall surface wear rate is derived . it is indicated that the wear rate is related to the air concentration , the strength of material , the flow velocity and the sediment content . it is shown that wear rate can be reduced with the help of flow aeration
  分析了空蚀与磨蚀的不同物理特征；探讨了沙粒磨蚀机理，提出了影响磨蚀vi河海大学博士学位论文一的因素；研究了掺气抗磨的可能性：建立了混凝土材料壁面磨蚀率的计算公式；说明含沙水流对固壁材料的磨蚀率随掺气浓度、材料强度的增大而减小，随水流流速、含沙量的提高而增大；利用掺气可有效地降低过流表面的泥沙磨蚀率。

• 抗磨的的俄语：pinyin:kàngmòde антифрикционный