1.
Development of Environment-friendly Containing Bi Low-Carbon High-Sulfur Free-Cutting Steel
环保型含Bi低碳高硫易切削钢的开发
2.
Determination of the Low Carbon and Low Sulfur in the Steel and Iron with the High Frequency Burning-Infrared Absorption Law;
高频燃烧-红外吸收法测定钢铁中低碳低硫
3.
Discuss on sulphur control plan of WISCO CSP low cabon,low silicon and low sulphur steel
武钢CSP低碳低硅低硫钢控硫方案探讨
4.
Research on Technics of Low Damage Acid Fracturing and Elemental Sulfur Deposited in Sour Gas Reservoir;
高含硫碳酸盐岩气藏低伤害酸压技术及压后硫沉积规律研究
5.
SMR is a draper hydrogen source than even low value alternative feedstocks such as high Sulfur residue, high sulfur coke or coal.
SMR作为氢气来源，其成本甚至比其他廉价原料还要低，如高含硫渣油、高含硫焦碳、或煤等。
6.
Determine of Vitriolic Barium Photometry of Sulfur in Perchloric Sample Containing Low Sulfur
高氯低硫样品中硫的硫酸钡光度法测定
7.
Determination of High-content Sulfur in Ores by Infrared Carbon-Sulfur Analyzer
红外碳硫仪测定矿石中高含量硫的探讨
8.
Of course I know. according to the amount of the carbon content, carbon steels can be divided into low-carbon steel, medium-carbon steel and high--carbon steel.
根据碳元素的含量，碳素钢可再分为低碳钢、中碳钢和高碳钢。
9.
Study on Higher Alcohols Synthesis over Sulfur-tolerant Mo-based Catalysts in Slurry Reactor;
耐硫钼基催化剂浆态床合成低碳醇的研究
10.
Morphology of Copper Sulfide and its Formation Mechanism in Low Carbon Steel
低碳钢中硫化铜的各种形态及其形成机理
11.
Weldable materials: low carbon steel , high-strength steel ,medium-carbon steel, low-alloy steel.
可焊材料：低碳钢、高强度钢、中碳钢，低合金钢。
12.
Wang L J,Wang JB,Wang YW,Zhu HP and Qu LL.2005.The study of ore-fluid and C-S-Pb isopope of rich in S and poor in S types in epithermal gold deposits,Junggar area,Xinjiang.
新疆准噶尔地区富硫型与贫硫型浅成低温热液金矿床成矿流体与碳、硫、铅同位素
13.
Improve market competitive power of sulphuric acid by lowering production cost;
降低硫酸生产成本 提高硫酸产品的市场竞争力
14.
Increasing the Rate of Sulphur Reclamation and Decreasing the Content of Sulphur in Oil Product;
提高炼油企业硫回收率 降低石油产品的硫含量
15.
The Application of SSR Sulfur Recovery Technology under the Low-Sulfur and High-Ammonia Conditions
SSR硫磺回收技术在低硫高氨工况下的应用
16.
Determination of sulphur in high carbon ferro-chrome by high frequency combustion infrared absorption method
高频燃烧-红外吸收法分析高碳铬铁中硫
17.
Enhancement on Analysis Accuracy to Sulfur Element in High Carbon Ferrochrome
如何提高高碳铬铁中硫元素分析的准确性
18.
From High-Carbon Energy to Low-Carbon Energy--Prospects of Clean Coal Conversion;
从高碳能源到低碳能源——煤炭清洁转化的前景