1)  low glucosinolate
低硫代葡萄糖甙
2)  low sulfur
低硫
1.
Lubrification modifier of low sulfur diesel oil;
低硫柴油润滑性能改进剂
2.
The slag forming process and production of low sulfur pipeline steel X52 are described.
对低硫管线钢X52的冶炼造渣工艺和实际生产情况进行阐述,讨论了进一步开发利用LF炉冶金功能问题。
3.
In this paper,the optimum conditions for firing-correcting determination of low sulfur in steel is studied,then the flux,the oxygen discharge is with time,burn the temperature,absorb the choice of the liquid color and control.
探讨了用燃烧中和滴定法准确测定钢中低硫的条件 ,即助熔剂、氧气流量和时间、燃烧炉温度、吸收液颜色的选择和控制。
3)  Low Sulphur
低硫
1.
CHE607GX is a kind of welding electrode with high toughness and low sulphur fox X70 pipeline steel in China .
研制了X70管线钢配套用低硫高韧性焊条。
4)  low sulfur steel
低硫钢
1.
The present paper analyzes the main factor affecting the resulphurization in refining the low sulfur steel grade (w(S)≤0.
通过对马钢120t转炉冶炼低硫钢种(w(S)≤0。
2.
On the basis of analyzing factors that influence the resulfurization of low sulfur steel production in converter,main reasons of resulfurization are determined to be the remained slag volume and slag properties.
通过对转炉冶炼低硫钢回硫的各种因素进行分析,得出影响回硫的主要原因是残留渣量及脱硫渣的性质,提出了冶炼低硫钢减少回硫的操作工艺。
5)  ultra-low sulfur steel
超低硫钢
1.
Investigation on slag modifier during refining of ultra-low sulfur steel;
超低硫钢冶炼过程钢包渣改质剂的作用
2.
The theoretical analysis and commercial experiment of desulfuration of ladle furnace for the refining of ultra-low sulfur steels are carried out in this paper,the results are: optimizing the composition of slag,increasing the optical basicity,deeply deoxidizing of both molten steel and slag;determining the proper slag weight are the effective methods of increasing the sulfur removal percentage.
对超低硫钢生产过程中LF精炼渣脱硫进行了理论分析与工业试验,结果表明:优化精炼渣成分,提高光学碱度,强化钢水及炉渣脱氧,选择合适的渣量是提高脱硫效率的有效手段;武钢管线钢生产中LF平均脱硫率为55%;CaO-SiO2-Al2O3-MgO(5%)渣系等硫分配比曲线图可指导生产选择合适的炉渣成分。
3.
On the base of theoretic analyzing, the ladle slag modification treating test were done during the melting of ultra-low sulfur steel.
本文在理论分析的基础上,在超低硫钢冶炼过程中对转炉出钢下渣进行了改质处理试验。
6)  low's and P
低硫磷
参考词条
补充资料：异丙基-beta-D-硫代半乳糖吡喃糖甙
分子式：C9H18O5S
分子量：238.30
CAS号：367-93-1

性质：熔点105°C。比旋光度-31° (c=1, water)。水溶性soluble。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。