adhesive friction
英
美
[网络] 黏著摩擦
双语例句
- The mechanism shows hysteresis friction at low load while adhesive friction at high load.
在较低载荷时，丁腈橡胶表现为滞后摩擦，在较高载荷时，表现为粘着摩擦； - The results showed that for the material without graphite, the main wear mechanism was adhesive, the friction coefficient(μ) and wear rate(△ W) were larger;
结果表明：不含石墨时，材料的摩擦系数和磨损率均较大，磨损主要为粘着磨损； - On adhesive friction coefficient with fractal geometry
粘着摩擦系数的分形几何研究 - This paper sets up a mathematical model for calculating thermal balance of plunger-cylinder wall friction pair in axial plunger pump, analyzes the cause of producing adhesive wear on the friction pair, and puts forward a way to solve the problem.
本文提出了轴向柱塞泵柱塞&缸孔摩擦副热平衡计算的数学模型，进而分析了这对摩擦副产生粘着磨损的原因，并提出了解决办法。 - The adhesive forces and friction forces between antigen and antibody were investigated.
对抗原和抗体分子间相互作用的粘附力和摩擦力进行研究。 - Using friction coefficient tester, we have investigated the humility and UV-light dependence of the adhesive force and friction coefficient on glass surface and nano-TiO 2 film coated glass surfaces in the relative humidity of 30%~ 70%.
在30%～70%的相对湿度范围，使用摩擦系数测定仪，研究了玻璃表面和玻璃基体上纳米二氧化钛光致双亲性膜的摩擦系数与紫外光和环境湿度的变化规律。 - The adhesive wear and abrasive wear were both existed in the wear mechanism of the composite material, the friction coefficient fluctuated with time changed.
复合材料的磨损机制是黏着磨损和磨料磨损交替进行，摩擦系数随时间的变化上下波动。 - The main contents are as following: ( 1) Discusses the adsorption force consists of adhesive force, negative pore water pressure and side friction.
本文的主要内容：（1）论述了吸附力由粘着力、负孔隙水压力、侧摩阻力组成。 - Results show that for certain fractal dimension, the total adhesive friction coefficient reduces sharply as the normalized contact area increases.
结果表明，对于一定的分形维数，总的粘着摩擦系数随归一接触面积的增大而急剧减小。 - With the increase of the concentrations of peroxide solutions, the degree of adhesive wear weakened and the friction coefficient decreased. In high concentration of peroxide solutions, the main wear mechanism of ceramic materials was corrosive wear, abrasive wear and the friction coefficient increased.
随着H202介质溶液浓度的增大，粘着作用减弱，摩擦系数减小，高浓度H202介质溶液中，Si3N4陶瓷材料的磨损以腐蚀磨损和磨粒磨损为主，摩擦系数增大。