1.
Study on the Carbide Cutter with High Strengthen and Toughness Produced by Dc-Plasma Gradient Metallurgy Technology
等离子冶金梯度碳化物高强韧截齿刀头组织性能研究
2.
Study on the Structure and Properties of the Plasma Metallurgical Composite Cutting Picks Obtained by the Technique of Toughening Heat Treatment
等离子冶金复合材料截齿齿体强韧化热处理组织与性能研究
3.
Study on Fe-Based Coating by Plasma Jet Surface Metallurgy;
等离子束表面冶金Fe基涂层的研究
4.
The Effect of Induced Electromagnetic Field Produced by Plasma Jet on Surface Metallurgy;
等离子束感生磁场对表面冶金的影响
5.
Study on Behavior of Plasma Arc in Surface Metallurgy;
表面冶金过程中等离子弧行为的研究
6.
The Development of Multi-function Numerical Control Plasma Surface Metallurgical Machine;
多功能数控等离子束表面冶金实验设备的研制
7.
Study on Wear-Resistant Conical Picks by Plasma-JET Surface Metallurgy;
等离子束表面冶金耐磨镐型截齿的研究
8.
Study on the Technology of Composite Material Production by Plasma-Jet Surface Metallurgy;
等离子束表面冶金涂层技术研究与应用
9.
Carbide cutter with high strength and toughness produced by plasma gradient metallurgy technology
等离子梯度冶金碳化物高强韧截齿刀头
10.
Filming-Technology of Plasma Chemistry in Powder Metallurgy Products
等离子体化学镀膜技术在粉末冶金行业的应用
11.
Research on the Production of Iron-based Gradient Alloy Coating Using Plasma Jet Surface Metallurgy
等离子束表面冶金制备铁基梯度涂层的研究
12.
Research on Surface Low Alloy Hss by Plasma Surface Metallurgy W、MO、C、Alloying Process;
钨、钼、碳三元共渗等离子表面冶金低合金高速钢的研究
13.
Development on Simulating and Forecasting System of Double Glow Plasma Surface Alloying Based on Neural Network;
基于神经网络的双辉等离子表面冶金仿真预测系统的开发
14.
Mechanism of corrosion resistance for alloys prepared by surface metallurgy with Cr and Ta ion beams
铬、钽离子束表面冶金合金的抗腐蚀机制
15.
Progress in the Application of Ionic Exchange in Nickel Hydrometallurgical Process
离子交换法在镍湿法冶金工艺中的应用进展
16.
Theoretical Studies on Dielectronic Recombination of Highly-stripped Ions for Gold Plasma;
金等离子体高离化离子双电子复合的理论研究
17.
The Research on Metallurgical HSS on Surface Containing Ti Obtained by Xu-Tec and Wear Behavior of the MHSSST;
双层辉光离子渗含钛表面冶金高速钢及其摩擦磨损特性的研究
18.
Treatment of Wastewater Containing NH_3-N and Cu~(2+) in Nonferrous Metallurgy Industry Using Liquid Membrane Technology;
液膜法处理冶金工业废水中氨氮及铜离子的研究