austenite的例句大全

Correlation and Control of Piston Pin Thermal Stability and Residual Austenite

活塞销热稳定性、表面残余奥氏体相互关系及控制方法

Research on the Distribution of Austenite in the Carburized Layers with the Magnetic Analysis by Layer& Grinding

用磨层磁性分析法研究渗碳层中残余奥氏体的分布

Modification treatment of RE-B-V-Ti can decrease the content of residual austenite in the structure of high chromium cast iron, the carbide change thick net to fracture net, long strip, board and isolated nubbin.

采用RE-B-V-Ti作为变质剂的高铬铸铁组织中残余奥氏体量减少，碳化物由粗大网状向断网状、长条状、板状、孤立分布的小团块状转变。

A Study of Morphologies of Residual Austenite after Laser Transformation Hardening

激光相变硬化后的残余奥氏体分析

SUS 304 HC austenite stainless steel with more Sn cracks in the course of blooming mostly.

锡含量高的SUS304HC含铜奥氏体不锈钢初轧开坯时容易出现开裂现象。

Harmful Effect of Sn Element on SUS 304 HC Austenite Stainless Steel

Sn对SUS304HC奥氏体不锈钢的有害影响

The harmful effect of Sn element in SUS 304 HC austenite stainless steel was studied.

研究了Sn在SUS304HC含铜奥氏体不锈钢生产中的有害影响。

Wear resistance mechanism and working environment of austenite manganese steel

高锰奥氏体钢抗磨损机理及应用环境

Study On the Valence Electron Theory Of Nitrogen Alloying In Austenite Stainless Steel

奥氏体不锈钢中氮合金化的价电子理论研究

Valence Electron Structure Analysis on Microstructure and Properties of Austenite in Manganese Steels

锰钢奥氏体组织与性能的价电子结构分析

The microstructure evolution of mild carbon steel ( Q235) has been investigated by analyzing the original austenite microstructure after each rolling pass in CSP.

在CSP机组上，通过普通碳素钢（Q235）的轧卡试验研究了该钢在连轧过程中的组织演变过程。

On Surface Chemical Analysis of Sintering Austenite Stainless Steel Powder

烧结奥氏体不锈钢粉末表面化学分析研究

A Study of Contact Fatigue Resistance and Scuffing Behavior of Retained Austenite

残余奥氏体的抗接触疲劳及擦伤行为的研究

With increasing of silicon content, the quantity of carbon atom melting to the austenite decreases, the number of silicon atom increases and the flake graphite will be stubby and spherical.

随着硅添加量的提高，固溶于奥氏体基体中的硅含量不断增加，碳原子不断减少，结晶中的片状石墨逐渐短粗化和球化而共晶石墨的数量减少。

Once the angle of the slope plate increased, the speed of the molten on the plate also increased, the cutting effect of the slope plate and the inner physical effect of the molten were strengthened, which helped spheroidizing and fining the austenite more.

倾斜板角度增加，熔体在倾斜板上的流速增加，倾斜板的剪切作用及熔体内部的物理冶金作用加强，奥氏体球化程度增加，尺寸变小。

The Study of Heat Treatment for Nodular Iron of Low Carbon Austenite Conditioning and Part Austenite Conditioning

球墨铸铁低碳奥氏体化和部分奥氏体化热处理研究

C-Me Segregation and Unusual Decomposition in Medium Carbon Alloy Austenite

中碳合金奥氏体内C-Me偏聚与异常分解

The increased graphites shorten the diffusion distance of carbon in austenite and the carbon atom transform to the graphite quickly.

石墨数量的增加缩短了碳在奥氏体内的扩散距离，促使碳原子快速转变成石墨，从而加速渗碳体的石墨化过程。

When the strain rate is lower, it offers enough time, and forms high concentration gradient of carbon around austenite because of the ferrite precipitation.

在低应变速率下，有足够的时间球化，而且由于铁素体的析出，奥氏体晶界处的碳形成了很高的浓度梯度。

The inter-phase precipitation of VC can eliminate the enrichment of carbon in austenite, which is the prerequisite for the formation of single phase ferrite.

VC的相间析出消除了碳元素在奥氏体中的富集，因而是获得准单相铁素体组织的重要条件。