bainite transformation信息详情
贝氏体相变
transformation───n.[遗]转化；转换；改革；变形
allotropy transformation───同素异形变换
congruence transformation───同余变换；[数]全等变换
gauge transformation───量规变换；[电磁]规范变换；量规[度规]变换
affine transformation───[数]仿射变换
monotonic transformation───[数]单调变换
alchemical transformation───炼金术转化
galilean transformation───伽利略变换；伽里略变换
transformation matrix───[数]变换矩阵，转换矩阵
replacement of tempering after rolling with TMCP for bainite transformation in SBL steel is a kind of diffusion type.───轧控冷代替常规轧后回火工艺的途径是可行的，并有力地支持了粒状贝氏体的扩散型长大学说。
This paper Overviewed recent research of bainite transformation.───本文综述了贝氏体相变的最新研究进展。
It is important to understand the difference of bainite transformation and eutectoid decomposition in steels.───研究贝氏体相变的特点，弄清贝氏体相变反应与共析分解的区别极为重要。
The strengthening of X100 pipeline steel mainly depend on bainite transformation and precipitation strengthening.───X100管线钢的强化机制主要为组织细化和贝氏体相变强化。
in the other hand, the lower bainite transformation is inseparable to martensite transformation.───而下贝氏体转变与马氏体相变有密切的联系。
Shear- Diffusion Conformity Mechanism of Bainite Transformation───贝氏体相变的切变-扩散整合机制
Bainite Transformation of Niobium Microalloyed Steel Under Isothermal and Continuous Cooling Conditions───铌微合金钢等温及连续冷却贝氏体相变
The Mechanism of Bainite Transformation and The Massive Transformation───贝氏体相变机制与块状转变
The upper bainite transformation has not only essential difference but also intimate relation with pearlite decomposition;───上贝氏体转变与珠光体分解有着本质上的区别，但又有密切的联系；
The results show that: the transformation range of lower bainite is enlarged and the start temperature of bainite transformation is lowered by addition of boron.
The bainite transformation during the incubative period was inevitable to form carbon leant zones and carbon enriched zones through the fluctuation.
It is found that the lower bainite consists of packets of bainite ferrite plates, each plate is composed of several bainite transformation units, Bainite midrib exists generally.
Bainite transformation has shear nature in crystallography and shear possibility in thermodynamics.
Segregation model of austenite boundary are established, mechanism of tempered—martensite embrittlement and bainite transformation are analysed thermodynamically.
It is important to understand the difference of bainite transformation and eutectoid decomposition in steels.