In this paper, the copper sheets were subject to asymmetrical accumulative rolling-bonding (AARB) by different passes and recrystallization annealing.
本论文选用工业纯铜板材作为研究对象，对其进行了不同道次的异步叠轧和再结晶退火实验。
The results indicated that increasing the deformation and a proper rolling temperature may improve obviously the bonding strength.
研究表明，增加变形程度和选择合适的轧制温度能提高复合板的界面初结合强度。
The results have the reference value for the correct selections of the rolling diffusion bonding parameters.
研究结果对正确选择轧制扩散工艺条件具有参考价值。
In this paper, the investigation has been carried out on the solid bonding of stainless steel with aluminum by rolling experiment.
通过实验研究了不锈钢和铝双金属的固相轧制复合。
In this text, the bonding mechanism of bimetal is attempted to inquire into and carry on theoretical analysis to bonding, and find out the reasonable rolling condition.
本文试图探讨双金属轧制连接的机理，对轧制连接进行理论分析，探寻轧制参数对轧制连接的影响规律，找出合理的轧制条件。
The study results indicate that the threshold deformation at which materials of the same metal is bonding to each other decreases with increasing rolling temperature.
研究表明，同种金属复合时，随轧制温度升高．临界变形明显降低；
The results of study show that: if the rolling chemical pretreatment solution C50 is used, the products with both high corrosion resistance and good bonding can be obtained.
实验结果表明：采用辊涂法预处理液c 50可获得耐蚀性、涂装性及加工性均优的合金化热镀锌有机涂层钢板。
The uniform ultra-fine grained copper was prepared by asymmetrical accumulative rolling bonding(AARB)and anneal.
对铜材进行异步累积叠轧并退火处理，制备出了均匀稳定的超细晶铜材。
Experimental results show that the structure of nearby alloy layers of composite steel produced by casting-rolling bonding transits smoothly and exists no evident interface.
实验结果表明，采用浇铸-轧制复合技术制备的复合板不同成分合金层间组织过渡平缓，无明显界面。
Experimental results show that the structure of nearby alloy layers of composite steel produced by casting-rolling bonding transits smoothly and exists no evident interface.
实验结果表明，采用浇铸-轧制复合技术制备的复合板不同成分合金层间组织过渡平缓，无明显界面。
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