碳钢

添加Cr对碳钢在CO2水溶液中耐蚀性的影响

Corrosion of Cr-Bearing Steel and Carbon Steel in CO_2 Solution

中性水介质中碳钢CO2腐蚀与其表面膜结构关系

CO_2 Corrosion of Carbon Steel in Aqueous Solution

ManB&W镍铬钛排气阀的检修铬镍渗碳钢的残余奥氏体

Inspection and maintenance for MAN B & W nickel-chromium-titanium exhaust valve

碳钢表面激光TiN合金化的研究

Study of TiN laser alloying in the carbonic steel surfaces

球化低碳钢中断裂的TEM原位观测

In situ observation of the fracture for a spheroidized low carbon steel

低碳钢中沉淀TiC对氢的捕集

Trapping of hydrogen by precipitate tic in low carbon steel

将表达载体转化E.低碳钢应变诱导铁素体相变发生的温度条件

Induced into E. investigation on the conditions of strain - induced ferrite transformation of low carbon steel

塑性变形对低碳钢断裂韧性及COD降低系数β的影响

The Effect of Plastic Deformation on Fracture Toughness and COD - Reduced Factor of Low-Carbon Steel

低碳钢CO2激光-脉冲MAG电弧复合焊接工艺研究

CO_2 laser-pulsed MAG hybrid welding of mild steel

用J积分对含穿透裂纹碳钢管道进行断裂分析

Study on fracture analysis of pressure piping containing through-wall crack by J - integral theory

低碳钢（F＋A）双相组织高温变形时的动态复原机制

Dynamic restoration mechanism of a low carbon steel during hot deformation in ( f + a ) tow-phase temperature range

CSP热轧低碳钢的强化机制研究

Strengthening Mechanism of Hot-Rolled Low Carbon Steel Produced by CSP

CSP工艺生产的低碳钢中纳米尺寸硫化物

Nanometer Sulfides in Low Carbon Steel Produced by CSP Process

CSP工艺生产低碳钢中的纳米碳化物及其对钢的强化作用

Nano-scale Carbide and Strengthening Effect in Low Carbon Steel Produced by CSP Process

控轧控冷工艺参数对Nb微合金化高碳钢组织的影响

Effect of Controlled Rolling and Cooling Process Parameters on Structure of Nb Microalloyed High Carbon Steel

ICP-AES法测定普碳钢及中低合金钢中钛

Determining the Titanium in Straight Carbon Steel and Medium or Low Alloy Steel with ICP-AES Method

碳钢表面激光熔敷Ni基Cr3C2/（Ni+Cr）复合涂层的研究

Researches on laser depositing Ni base Cr_3C_2 / ( Ni + Cr ) and composite coating on carbon steel 's surfaces

由腐蚀动力学方程可知，随碳钢表面薄液膜的pH的升高，基体的腐蚀电流将呈降低趋势。

According to the corrosion kinetics , the corrosion current of the substrate was decreased with the increasing of the pH value of the thin liquid film of the steel .

缓蚀剂降低CO2对N-80碳钢腐蚀速率的电化学研究

Electrochemical study on reducing the corrosion velocity of N-80 carbon steel in CO_2 with inhibitor

当pH≥13.6时，在NaCl浓度小于3%的混凝土孔隙液中，碳钢表面因生成钝化膜而不被腐蚀；

When pH ≥ 13.6 , the carbonize steel is not corrupted owing to passivate in concrete pore solution of the ω( NaCl ) < 3 % .

常温下随着pH值的升高，碳钢表面倾向钝化，腐蚀速率降低，高温下pH值在9.5附近时碳钢的腐蚀最小；电导率越高，碳钢钝化所需的pH值越高；

The corrosion rate of carbon steel is the lowest while water pH value was near 9.5 . The higher the electric conductivity is , the higher pH value was needed for passivation .

以3.5%的NaCl溶液为腐蚀剂，对碳钢和耐候钢进行干湿循环加速腐蚀实验。

Both weathering steel and carbon steel were tested using an accelerated atmospheric corrosion test of dry wet cyclic immersion by 3.5 % NaCl solution .

腐蚀实验的研究结果表明，NH4~+-N碳钢腐蚀的影响最为严重。

Result of corrosion test indicated that NH_4 ~ + - N was the most important factor on carbon steel corrosion .

碳钢的ECAP组织细化

Microstructure Refinement of Steel by ECAP

采用等离子束表面冶金技术，在Fe、C合金粉末中添加强碳化物形成元素W、Cr和少量的Al，在低碳钢基体上制备出原位析出的颗粒增强铁基复合涂层。

The in situ particle reinforced Fe-matrix composite coating on a low carbon steel was prepared by plasma jet surface metallurgy using Fe , C , W , Cr , Al alloy powders .

系统研究了应用离子束混熔技术在低碳钢表面形成的Al和Al合金镀层，大大提高了基体钢的耐腐蚀能力。

The formation of Aluminium and Aluminium alloy coatings on low carbon steel using ion beam mixing has been studied systematically and the coatings increased effectively the capability of corrosion resistance of the steel .

通过循环伏安法和电极极化法研究的机理表明：碳钢屑-活性炭混合床反应器和电化学电解法对焦化废水中的COD的去除主要是通过电絮凝作用。

It was found that the COD removal of coking wastewater was done with carbon steel scraps and active carbon mixed reactor and electrochemical electrolysis method mainly through electro-coagulation .

采用CO2作为保护气体消除大熔深激光焊接低碳钢时易发生的气孔问题，并对比研究了CO2和Ar气保护条件下12mm厚低碳钢板激光焊缝的组织和韧性。

CO 2 gas was used as the shielding gas to eliminate porosities in deep penetration laser welding of low carbon steel in this paper .

采用CO2激光器在低碳钢表面进行激光熔覆处理，研究了稀土氧化物在激光熔覆Ni45自熔合金层中的作用。

Ni-based spontaneous melting alloy is selected for laser cladding treatment on the mild steel substrate . Effect of rare earth oxides on Ni-45 spontaneous melting alloy layer by Laser Cladding .

ZrC粒子对低碳钢晶粒细化及力学性能的影响

Effect of ZrC particle on grain refining and properties of low-carbon and low-alloy steel