1) hydrogen embrittlement mechanism
氢脆机理
3) brittleness mechanism
脆化机理
1.
The brittleness mechanism of the YUS701 austenitic stainless steel usually worked over a long period of time under super high temperature in t.
利用电子显微镜和成分分析技术研究了 YUS70 1奥氏体不锈钢 ROF内罩在高温使用前后的显微组织变化特征、冲击断口形态及其对应位置的扫描金相显微组织和化学成分特点 ,提出了YUS70 1奥氏体不锈钢在超高温介质环境长期服役过程中的脆化机
4) hydrogen brittle
氢脆
1.
A series of analysis were made on the cracked area,including macro-and micro-analysis,chemical,hardness,microstructure test and hydrogen brittleness removing test.
对该失效件进行了断口宏观分析以及扫描电镜微观分析、化学成分分析、硬度检测、金相组织观察、并进行了氢脆试验验证。
5) hydrogen embrittlement
氢脆
1.
Study on the hydrogen embrittlement phenomena of carbonitriding tape gear;
合金渗碳钢锥齿轮碳氮共渗的氢脆现象研究
2.
On partial gathering of hydrogen and crack growth in hydrogen embrittlement;
氢脆中氢的偏聚和裂纹的扩展
3.
Study of hydrogen embrittlement resistivity for 00Cr17Ni14Mo2 austenitic stainless steel at high temperature;
00Cr17Ni14 Mo2不锈钢高温抗氢脆性能研究
6) Hydrogen brittleness
氢脆
1.
Study on Hydrogen Brittleness and Stress Corrosion Cracking of GCr15 Steel under the Condition of High Stress;
GCr15钢在高应力状态下的氢脆及应力腐蚀断裂研究
2.
Failure analysis of hydrogen brittleness fracture of torsion spring
扭转弹簧氢脆断裂失效分析
3.
By the manufacture instance of two drawing parts namely petrol cover and end cover, the reasons occurring drawing crack defect during manufacture are analyzed separately, the occurring of blue brittleness and hydrogen brittleness during drawing are introduced, as well as related solving and guarding steps are provided.
通过油盖及端盖两种拉伸件的加工实例,分别分析了其在生产中出现拉裂缺陷的原因,由此介绍了拉伸加工中蓝脆与氢脆的产生并分别提出了各自的解决及预防措施。
补充资料：脆脆小黑豆
脆脆小黑豆
材料：绿心黑豆，盐，糖，肉桂粉
做法：超级简单哦~~把绿心黑豆泡水4个小时，等豆豆胀大，沥干水分，放到小盒子里，加入盐，糖，肉桂粉，然后盖上盖子，甩甩甩，摇摇摇，让味道均匀裹在豆豆表面，接着，把豆豆平铺在盘子里，放到微波炉中，中火开5分钟后拿出，搅拌下，再平铺开，放入微波炉中，中火开3分钟后取出，放凉即可。
小贴士：
豆豆放到盘子当中一定要平铺，不然容易焦掉，而且烤的程度不均匀。
也可以把绿心黑豆换成去皮花生之类的~~黄豆我也试过，不过奇怪的是没有黑豆那么脆，有点软。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。