secondary recrystallization

Determination method for secondary recrystallization temperature of tungsten wire

GB/T4106-1983钨丝二次再结晶温度测量方法

Advances in research on the mechanism of secondary recrystallization in grain oriented silicon steels

金属材料再结晶国际会议取向硅钢二次再结晶机理研究的进展

Behaviour of secondary recrystallization in oriented si steel containing various inhibitors

抑制剂对取向硅钢再结晶行为的影响

Effect of precipitated phase particles on secondary recrystallization in grain oriented silicon steel

析出相质点对取向硅钢二次再结晶的影响

Statistical evaluation of critical inclusion factor for secondary recrystallization in 3 % Si steel

3%Si钢二次再结晶临界夹杂因子的统计计算

Secondary recrystallization texture in 50 % ni-fe alloy with cubic orientation

立方取向50%Ni-Fe合金的二次再结晶织构的测定

It is found that cube texture in this alloy can be developed either by the process of secondary recrystallization or simply by the process of primary recrystallization .

通过二次再结晶形成立方织构时，并不包括重新形核的过程。

A comparison was made of the effect of various inhibitors on the behaviour of primary and secondary recrystallization in cold-rolled oriented 3 % Si-Fe alloys .

比较了几种抑制剂对冷轧取向3%Si-Fe合金初次再结晶和二次再结晶行为的影响。

According to theoretical analysis , an addition of Sn may decrease the secondary recrystallization temperature of high induction oriented silicon steel , and it is in agreement with the experimental result .

此外，根据理论分析，在高磁感取向硅钢中加入微量Sn可降低二次再结晶温度，这一结论与实验结果相吻合。

The essential properties of the alloy consist in fine grains , elevated temperature of secondary recrystallization and strong resistance to permeation of the solder along its grain-boudary .

它的主要特性是本质晶粒细，二次再结晶温度高、抗焊料晶间渗透能力强；

The starting temperature of the secondary recrystallization seems to be in correspondance with that at the beginning of rapid growth of primary grains and of the aggregation of MnS particles .

二次再结晶开始温度也就是初次晶粒迅速长大和MnS质点开始聚集的温度。

Larger addition of ZnO or longer holding time at sintering temperature would lead to secondary recrystallization in the sintering of Ca 0.6 Mg 0.4 Zr 4P 6O 24 ceramics , which would suppress the densification .

ZnO引入量过多或烧结时间过长，将导致二次再结晶，抑制Ca0.6Mg0.4Zr4P6O24陶瓷的致密化。

The relative densities of heat elements can be improved by increasing the sintering temperature and extending sintering time rationally , but it can result in secondary recrystallization if the sintering temperature is too high and the sintering time is too long .

适当地提高烧结温度和延长保温时间有利于提高烧结试样的致密度，但是过高的烧结温度和过长的烧结时间容易产生二次再结晶，使元件性能恶化。

Press forging of KCl : Sr ￣( 2 + ) single crystals was carried out to suppress grain growth and secondary recrystallization in pure hot-worked KCl crystal The results indicated that the selection of forging temperature and lubricating-oil is the most important factor for forging process .

针对热锻纯KCl晶体中存在的晶粒长大和二次再结晶问题进行了KCl：Sr￣（2＋）单晶的热锻研究。结果表明，锻压温度和润滑剂的选择是晶体锻压成功的关键因素；