Recrystallization annealing

Prediction of the Grain Size in Rapid Recrystallization Annealing

快速再结晶退火过程金属晶粒度的计算

To do anneal process of bearing steel wire rod experiments with the furnace , a set of spheroidizing and recrystallization annealing process is found out .

对轴承钢盘条在强对流罩式炉中的退火工艺进行试验，摸索出一套球化退火和再结晶退火工艺。

Therefore , the recrystallization annealing after hot rolling is essential .

因此，对热轧板进行再结晶退火是必要的。

The different recrystallization annealing temperature and the micro-hardness of sample show the complex relationship .

不同的再结晶退火温度与试样的显微硬度表现出复杂关系。

The optimum parameter of recrystallization annealing heat treatment is 400 ℃× 1h .

再结晶退火的工艺参数为400℃xlh。关键词：超细铜锌粉末；

Behavior of Second-Phase Particles in IF Steels during Recrystallization Annealing Process

IF钢再结晶退火过程中析出相行为研究

Influence of recrystallization annealing on microstructure and texture of the RE aluminum foil

再结晶退火对稀土铝箔组织与织构的影响

Analysis on oxidation of cold-rolled coil in recrystallization annealing process and its precautionary measures

罩式炉再结晶退火钢卷氧化的分析及预防

EBSD investigation of cold-rolled non-oriented silicon steel in recrystallization annealing process

冷轧无取向硅钢再结晶退火过程的EBSD分析

The Effect of Recrystallization Annealing on the Mechanical Properties and Microstructure of Steel Strip for Shadow Mask

再结晶退火对荫罩带钢力学性能和微观组织的影响

Ce : YIG magnetooptic thin films are prepared by recrystallization annealing method .

采用热处理结晶化方法制备出Ce：YIG磁光薄膜。

Spatial orientation distribution of crystallites in cold-rolled Al-killed steel sheet during recrystallization annealing

铝镇静钢冷轧薄板再结晶退火过程的晶体空间取向分布

Super fine grain under 1 μ m can be obtained after measuring the marginal true strain and recrystallization annealing .

在测定临界真应变和确定再结晶退火制度后，获得了尺寸在1μm以下的超细晶。

The results indicate that the recrystallization annealing microstructure is equiaxed grains . The grans size are small .

结果显示，再结晶退火态组织为等轴晶粒，晶粒较为规整，晶粒尺寸细小，再结晶状态良好。

The effect of recrystallization annealing on the mechanical properties and microstructure of the steel strips was researched by tensile test and metallographic analysis individually .

通过金相分析和常温拉伸试验，对荫罩带钢微观组织和力学性能&屈服强度、屈服延伸率进行了对比和分析。

Simultaneously , the deformation texture is retained after recrystallization annealing for clock cold rolling , which is different from undirection rolling .

与单向轧制不同，多向冷轧再结晶退火后仍然保留了部分变形织构。

The effect of recrystallization annealing temperature and annealing time on the microstructure and precipitation phase of alloying hot dip galvanized sheet are investigated in this paper .

研究了再结晶退火温度、退火时间对Ti-IF钢合金化热镀锌板的钢基组织织构及析出相的影响。

The partial draught of semiproduct drawing is controlled at about 25 % , the furnace temperature of recrystallization annealing is 670 ~ 680 ?

半成品拉拔的部分压缩率控制在25%左右；

It is introduced that imcomplete recrystallization annealing cold rolling ironing can be used to controll the properties of product for 3003 curtain wall plate in this paper .

本文论述了3003幕墙板采用不完全再结晶退火或冷轧变量来控制产品性能。

Effect of Recrystallization Annealing on Constitutional Phases and Texture of Cold-rolled Ni_ ( 47 ) Ti_ ( 44 ) Nb_9 Sheet

再结晶退火对Ni（47）Ti（44）Nb9合金冷轧板相组成及板材织构的影响

In order to extend the life of nuclear fuel cladding tubes , this paper proposes to improve microstructure and properties by heat treatment of M5 zirconium alloys on recrystallization annealing state .

本文提出利用热处理工艺改善再结晶退火态M5锆合金的组织和性能，旨在提高核燃料包壳的寿命，为促进核燃料包壳国产化提供一定的理论参考和依据。

And the transition of fibrous-to-coaxial grains take place during the recrystallization annealing at 350 ℃× 30 min after extrusion , the average grain size is about 5 μ m.

挤压态材料经350℃×30min再结晶退火转变为等轴细晶组织，平均晶粒尺寸已达到5μm左右。

The main research results are as follows : Using optical metallographic microscope , transmission electron microscopy , scanning electron microscopy and other analysis methods to research on microstructure of recrystallization annealing state of M5 zirconium alloys .

主要研究结果如下：利用光学金相显微镜，透射电镜，扫描电镜等分析方法对再结晶退火态的M5锆合金进行组织结构研究。

EBSD results show that Goss oriented grains mainly locate at surface layer after primary recrystallization annealing . With the annealing temperature rising , the content of Goss grains decreases while the grain size becomes lager than average size .

EBSD结果显示，初次再结晶退火后样品内部Goss取向晶粒主要分布在表层，并且随退火温度的提高，Goss晶粒含量降低，但晶粒尺寸同平均尺寸相比逐渐增大。

The simulation researches and the experiments of annealing processes of ELC-BH steel plate and commercial pure aluminum ( 1060 ) plate are carried out , respectively . The results verify the rationality of the recrystallization annealing model for textural materials .

且分别针对冷轧ELC-BH钢板及1060（L2）工业纯铝板进行了退火实验和模拟研究，证实了该模型是合理的且较好地模拟了实际变形织构材料的再结晶退火过程组织演变。

In this experiment , the microstructure is observed with optical microscope , the X-ray texture analyses and EBSD technology are performed to the macroscopical texture and microcosmic grain orientation measurement of Grain-oriented Silicon Steel samples after cold rolling and recrystallization annealing .

本文以取向硅钢为研究对象，对其进行了冷轧、再结晶退火等处理，分别利用光学显微镜、X衍射技术和EBSD技术进行显微组织观察、宏观织构测定和微观晶粒取向测定。

The recrystallization temperature of annealing in air is about 650 ℃ .

薄膜在空气中热处理结晶化温度在650℃附近。

The results show : the resistance to softening at high temperature is not very strong for low alumina concentration DSCA , recrystallization occurs as annealing at 500 ° C , and complete recrystallization at 900 ° C . yield ratio reaches 56 % .

结果表明：低浓度弥散强化铜合金具有一定的抗高温软化性能，500℃退火后发生再结晶，900℃退火后已基本完全再结晶，屈强比约为56%。

Heat rate has a great inference on the process of recrystallization , salt bath furnace heat treatment could promote the recrystallization , while stage annealing postpones it .

加热速率对再结晶进程影响很大，盐浴加热可促进再结晶进程，而分级加热则会延缓再结晶进程。

Annealing temperature has significant effect on the recrystallization of hot-rolled Ti-IF steel , and the effect of holding time on recrystallization depends on the annealing temperature .

退火温度对热轧Ti-IF钢的再结晶过程有显著影响，而保温时间的影响则取决于退火温度的高低。