recrystallization信息详情
n.再结晶
recrystallisation───n.重结晶；再结晶
crystallization───n.结晶化；具体化
crystalization───n.结晶
crystallisation───n.结晶；结晶作用
crystallizations───n.结晶化；具体化
crystalisation───结晶
recapitalization───n.资本结构之改变；资本额的调整
recrystallizing───vt.（使）再结晶；vi.再结晶
decapitalization───n.资本减缩
The dynamic recrystallization grain size has power law relation with Z parameter.───结晶晶粒尺寸和Z参数呈幂律关系。
The metal can be forged hot (above recrystallization temperatures) or cold.───金属既可热锻(高于再结晶温度)也可冷锻。
This structure is altered during forging by subsequent processes of plastic deformation and recrystallization.───这种结构形成于其后工序的塑性变形以及再结晶过程。
Dynamic recrystallization takes place in the dynamically recrystallized zone and fine grains are achieved.───动态再结晶区组织发生再结晶，生成细小的等轴晶粒；
For the granules obtained in this way, recrystallization is not required, at least not in every case.───以这种方式获得的颗粒不需要再结晶，至少不是每种情况下都需要再结晶。
Grain size refinement by dynamic recovery and recrystallization is thought to be responsible for the formation of foliated fault locks.───由动态恢复和动态重结晶控制的矿物颗粒的细粒化被认为是产生这些片理化断层岩的原因。
Once the recrystallization stopped, microstructure would not change during further heat treatment time.───再结晶过程结束后，继续延长热处理时间，晶粒组织不发生明显的变化。
The grain size decreases and the rate of dynamic recrystallization increases with increasing passes of reciprocating extrusion.───随着往复挤压道次的增加，动态再结晶速度加快，晶粒尺寸迅速减小；
The increase in hardness and strength of a ductile metal as it is plastically deformed below its recrystallization temperature.───塑性材料于再结晶温度以下进行塑性变形引起的硬度和强度升高现象。
After tempering, structure inheritance reduces, the recrystallization temperature reduces.
Recrystallization is the necessary condition for spheroidization of the deformed texture.
The recrystallization temperature and time are the main factors.
Trace lithium can improve recrystallization temperature of pure copper.
The refined wax through recrystallization leads to white crystalline wax.
The course of recrystallization is speeded up with increasing the velocity of strain at a constant total distortion.
Measuring static austenitic recrystallization by Back extrapolation method.
The recrystallization that widely occurred in mylonite is a softening process.
It is evident that the effects of strain-induced recrystallization on grain refining and on high-angle grain boundary fraction increasing affect greatly the superplastic properties of the alloy.