1) G99 steel
G99钢
1.
Expeiments showed that G99 steel has excellent mechanical properties.
实验表明新设计的G99钢具有良好的力学性能。
2) G99 high strength and high toughness steel
G99高强高韧钢
3) IF steel
IF钢
1.
The Static Recrystallization Behavior of IF Steel after Ferrite Hot Deformation;
IF钢热变形铁素体的静态再结晶行为
2.
Influence of MgO-SiC material with Al powder on silicon content of IF steel;
含铝粉的MgO-SiC材料对IF钢硅含量的影响
3.
TEM study on recrystallization mechanism of IF steel;
IF钢冷轧及再结晶初期微观组织的TEM研究
4) steel
[英][sti:l] [美][stil]
钢
1.
Analysis of characteristic zones of isothermal superplastic welded joint of heterogeneous steels;
异种钢恒温超塑焊接头特征区域分析
2.
Determination of total boron in steel with microwave digestion and Inductively Coupled Plasma Atomic Emission Spectrometry;
微波消解/ICP-AES法测定钢中全硼
3.
Approach to Research on Cracking of Steel and Relevant Concerns;
钢的裂纹研究思路及应注意的问题
5) interstitial free steel
IF钢
1.
Effect of cross-shear rolling on texture of interstitial free steel;
异步冷轧工艺对IF钢织构的影响
2.
Imitation Test of Batch Annealing and Continuous Annealing Recrystallizing of Interstitial Free Steel;
IF钢罩式退火与连续退火再结晶模拟试验
3.
Effect of Hot Rolling Finishing Temperature on Structure and Pro perty of Ti+Nb treated Interstitial Free Steel Sheet;
终轧温度对Ti+Nb处理的高强IF钢板组织和性能的影响
6) steels
[英][sti:l] [美][stil]
钢
1.
The law of atmospheric corrosion of 4 steels in Shenyang area was studied by means of atmospheric exposure tests and their corrosion products were analyzed by XRD and IRAS.
通过大气暴露试验和实验室的浸渍干燥湿润复合循环试验 ,结合腐蚀产物的表面分析 ,研究了 4种钢在沈阳地区的大气腐蚀规律和模拟大气腐蚀过程的腐蚀规律 。
2.
In this paper,abrasion behavior of carbonitriding steels used in the manufacture of pump body is studied.
研究了碳氮共渗钢制作的水泵体的磨损特性。
3.
The cyclic oxidation of four different steels without and with aluminide coatings under the condition of quenching in sea water has been studied.
对 4种不同级别的钢在 6 0 0℃～ 80 0℃氧化和海水淬冷交替作用下的循环腐蚀行为进行了研究 。
补充资料：99Mo-99Tcm发生器
分子式：
CAS号：
性质：将一定放射性活度的母体核素99Mo(以99MoO4α-的形式)吸附在发生器内的氧化铝(或凝胶)吸附柱后，用生理盐水可反复淋洗子体核素99Tcm(以99TcmO4—的形式被淋洗)的装置(其原理参见放射性核素发生器)。是最常用的医用放射性核素发生器。
CAS号：
性质：将一定放射性活度的母体核素99Mo(以99MoO4α-的形式)吸附在发生器内的氧化铝(或凝胶)吸附柱后，用生理盐水可反复淋洗子体核素99Tcm(以99TcmO4—的形式被淋洗)的装置(其原理参见放射性核素发生器)。是最常用的医用放射性核素发生器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条