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1·High-carbon steel mixing blade, extremely tough, non-rusting, non-passive, long life.

高碳钢搅拌刀片，坚韧无比，不生锈，不钝化，寿命超长。

2·Point out the range of carbon content of low-carbon steel, medium-carbon steel and high-carbon steel. Give some examples for their applications.

请指出低碳钢、中碳钢和高碳钢的碳含量范围，指出一些它们应用的实例。

3·The energy loading processes on the high-carbon steel wires were analyzed, while the coating properties were tested by SEM, Vickers hardness instrument and other detection means.

通过对高碳钢丝上的能量加载情况进行分析，并利用扫描电镜、维氏硬度仪等检测手段对涂层进行研究。

4·According to the metallurgy quality requirement of medium and high-carbon steel, technological processes is designed based on the metallurgy characteristic of small tonnage converter.

根据中高碳钢的冶金质量要求，基于小吨位转炉的冶金特点，设计了其生产工艺流程。

5·In this paper, relationship between full-decarbonisation temperature of high-carbon steel on surfaces and their phase structures have been explained with phase rule and Fe-Fe_3C phase diagram.

用相律解释了由实验得出的表面高碳钢发生全脱碳的温度与其金相组织的对应关系。

6·Via vacuum induction furnace and metallographical analysis, the effects of RE on the grain size of the austenite and distance of the pearlite laminae of high-carbon steel for heavy rail were studied.

通过真空感应炉模拟实验，结合金相分析，研究稀土对于高碳重轨钢奥氏体晶粒尺寸和珠光体片层间距等的影响作用。

7·Since the carbon content of these steels is so high, parts made from high carbon steel are normally difficult to machine and weld.

由于碳在这类钢中的含量很高，用高碳钢制作的零件通常很难被加工和焊接。

8·The reason of defects and danger to producing and drawing of rod also were analyzed in order to provide reference for producing and analyzing quality of high carbon steel rod.

分析了这些组织缺陷产生的原因以及它们对盘条生产和后续拉拔的危害，为高碳钢盘条的生产及产品质量分析提供参考。

9·Key measures to decrease inclusion are put forward during producing high carbon steel.

提出生产高碳钢线材过程中减少夹杂物的关键措施。

10·By using solidification and melted slag theory, series mold powders of low alloy steel, plain carbon steel and high carbon steel, were developed and used in production successfully.

运用凝固理论和熔渣理论，研制开发了适用于低合金钢、普碳钢、高碳钢的系列保护渣并成功地应用于连铸生产。