优异的涂层与金属基体的结合力。
热疲劳抗力对基体的显微组织不敏感。
该法基体干扰小、操作简便。
The method is simple in operation and interference-free by matrix.
铌对过冷灰铸铁的基体组织无明显影响。
这个应变值能直接与基体容许应变比较。
This strain can be compared directly with the allowable matrix strain.
整个车辆的基体称为车架。
基体应是马氏体，它能抵抗冲击，变形小。
Matrix should be of martensite, because it can resist impact and has little deformation.
对不同基体球铁的抗热疲劳性作了实验研究。
The resistance to thermal fatigue on ductile iron is studied in detail.
棒球全明星赛将在今年七月在扬基体育场举行。
Baseball's All-Star Game will take place this year at Yankee Stadium in July.
基体材料：能在其上沉积金属或形成膜层的材料。
In its substrate material: can deposited metal or form membrane of the material.
基体沉淀分离方法是沉淀分离法的一项较新进展。
The matrix precipitation separation technique in trace analysis is a recent development.
形成一种性格或者符号的有效元件被在基体里结合。
An active element that forms a character or symbol when combined in a matrix.
本文对以赤泥为基体制备油井填充料进行了研究。
The research on the red mud for the oil-well filling agent was carried out.
基体树脂是决定复合材料性能优劣的一个关键因素。
The matrice is a key factor to determine the performances of a composite.
该方法基体干扰小，选择性好，灵敏度高，简便快速。
This method is of little disturbance. good selection. high sensitivity. and it is simple and fast.
对基体开细缝并填充阻尼材料的圆锯片进行有限元模态分析。
The saw blades with slit filling damp material is Analyzed by the mode analysis.
尤其是喷涂距离，对涂层与基体之间的结合强度的影响非常明显。
Especially, the effect of spraying distance on bonding strength is very obvious.
开发研制了用于汽车尾气净化的以蜂窝状陶瓷为基体的三元催化剂。
Research and application of rare earth in the purification of automobile tail gas;
但在常温下使基体组织发生变化需要庞大的脉冲发生器组，成本造价高。
But in normal temperature this change needs huge current pulse generator which cost is expensive.
同时，本方法具有通用性，可用在以8086为基体的单板机软件开发上。
The method can be spread for general use to develop the software for 8086-based computers.
它不仅工艺简单、方便，而且价格便宜，并可在大小不同和形状各异的基体上沉积。
It is not only simple and easy in technological process, but also low in cost.
样品表面的显微硬度值达到了335HV0.05，与基体相比表面硬度提高两倍左右。
The surface microhardness had improved from 160HV0.05 of the initial sample to 335HV0.05 after CRPD.
样品表面的显微硬度值达到了335HV0.05，与基体相比表面硬度提高两倍左右。
The surface microhardness had improved from 160HV0.05 of the initial sample to 335HV0.05 after CRPD.
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