自生复合材料

喷射沉积Al-5.5Cu/TiB2自生复合材料的显微组织及性能

Microstructures and properties of Al 5.5cu/tib 2 in situ composites prepared by spray deposition

Nb-Si基原位自生复合材料是极具开发利用价值的下一代高温结构材料，但其室温韧性差的弱点制约了其进一步发展应用。

Nb-Silicide based in situ composites is an important candidate for the next generation high temperature structure materials . But the poor room temperature fracture toughness limites its application .

Fe－C－Cr自生复合材料组织和性能的研究

Research on Microstructure and mechanical properties of Fe-C-Cr composites in situ

Al／Al2Cu自生复合材料弹塑性变形的晶体细观力学模拟

Simulation of elasto-plastic deformation of in-situ al-al_2cu composite by crystalline macro-micro mechanical approach

CuO／Al自生复合材料的反应动力学

Dynamics of cuo / Al in situ composite

高性能Cu-Cr（Zr、Mg）自生复合材料研究及其应用

Study and Application of High-Property Cu-Cr ( Zr , Mg ) In Situ Composite

团球γ+（Fe，Mn）3C/γ自生复合材料强韧与耐磨机制

Strengthening / Toughness Match and Wear Resistance of Granular γ + ( Fe , Mn ) _3C / γ In-situ Composites

Ni，Cr，Al-TaC自生复合材料的定向凝固组织特性

Directional Solidified Microstructure of Ni , Cr , Al-TaC Eutectic ln-situ Composite

复合变质与热处理对不同Mg量增强过共晶Al-Si合金自生复合材料耐磨性的影响

Effect of Complex Modification and Heat Treatment on Wear Resistance of Hypereutectic Al-Si In-situ Composites Reinforced by Magnesium with Different Contents

C含量对XD法制备Al2O（3p）·TiCp/AI自生复合材料的影响

The Effect of C Content on In-Situ Al_2O_ ( 3p ) - TiC_p / Al Composites Fabricated by XD Technique

定向凝固Cu-Cr自生复合材料的拉伸性能和断口形貌特征

Tensile Properties and Fracture Morphology of Directionally Solidified Cu-Cr In-situ Composites

研究了Sr以及CeSr复合添加剂对Al/Mg2Si/Si自生复合材料凝固组织的影响规律。

The effect of Sr and Ce-Sr refiners on the microstructure of as-cast Al / Mg_2Si / Si in-situ composite was investigated .

Fe-C自生复合材料中石墨晶体取向的测定

Orientation of Graphite Flake in In-Situ Composites of Fe-C Eutectic Alloy

Fe-C自生复合材料的制备及力学性能

The Preparation and Mechanical Properties of Fe-C Eutectic In-situ Composites

钇基重稀土合金变质团球γ+（Fe，Mn）3C共晶体增强奥氏体钢基自生复合材料

In-Situ Austenite Steel Matrix Composites Reinforced by Granular γ + ( Fe , Mn ) _3C Eutectics Prepared with Y-Based Heavy RE Modifier

自生复合材料Cu-Cr合金的制备与性能定向凝固Cu-Cr自生复合材料的组织与断口分析

Analyses of the Microstructure and Fracture Morphology of Directionally Solidified Cu-Cr in-Situ Composites

用单向凝固法制备了Fe-C自生复合材料，并测定了不同凝固速度下复合材料的纵向力学性能。

The Fe-C eutectic in-situ composites were prepared by using unidirectional solidification technique .

Cu-Cr自生复合材料研究进展

Research Development of Cu-Cr in situ Composite Materials

研究了CuCr自生复合材料定向凝固试样的轴向拉伸性能和拉伸断裂机制，探讨了凝固速率对性能及断口形貌的影响。

Tensile properties and fracture mechanism of directionally solidified Cu-Cr in-situ composites were studied , and the influence of solidification rates on the properties and the fracture morphology were analysed .

定向凝固Cu-Cr自生复合材料显微组织和力学、电学性能研究

Study on the Microstructure , Tensile Properties and Electrical Conductivity of Directionally Solidified Cu-Cr In-Situ Composites

以定向凝固CuCr自生复合材料为对象，研究了凝固方法、凝固速率对凝固组织的影响，并观察了断口形貌，分析了复合材料的断裂机制。

The influence of solidification methods and solidification rates on the microstructure of Cu-Cr in-situ composites was studied . The fracture morphology was observed and the mechanism of the fracture was analyzed .

通过单向凝固法设计、制备了Fe-C自生复合材料，并测定了其纵向力学性能随凝固速度的变化规律。

The Fe-C eutectic in-situ composite materials were designed and made by using unidirectional solidification technique .

高梯度定向凝固Cu-Cr自生复合材料的组织与性能

The Microstructure and Properties of Cu-Cr In-Situ Composites under the Tecnology of High Temperature Gradient Directional Solidification

亚共晶Cu-Cr自生复合材料线材水平连铸过程及性能研究

Study on the Progress of Hypoeutectic Cu-Cr In-situ Composites Wire Prepared by Horizontal Continuous Casting and Its Performance

Cu-Cr自生复合材料由于其良好的综合物理、力学性能而备受材料研究者重视。

Because of the good physical and mechanical properties , the Cu-Cr in-site composites are studied by many researchers recently .

结果表明：（1）用普通铸造法、磷（P）变质成功地制备出Sip增强ZA27原位自生复合材料（Sip／ZA27）。

The results are shown as followings : ( 1 ) The Sip / ZA27 in-situ composites could be successfully produced by traditional casting technique with phosphor modification .

经过不同温度、不同时间的时效处理后，对自生复合材料的时效特性进行了探讨，总结出Cr颗粒在时效过程中的具体析出行为。

After aging of various time and temperatures , the aging characteristics is discussed and the precipitating action of Cr particles is described and the relationship among the recrystallization , cold working and chromium precipitation are concluded .

本文设计了Nb-Si基共晶自生复合材料的成分体系，并采用真空自耗电弧熔炼法制备了材料的母合金锭。

Nb-Si based in-situ composites were processed by vacuum consumable arc-melting method .

本文在利用单向凝固技术制备出组织规则的Bi/MnBi共晶自生复合材料的基础上，分析了共晶MnBi相的微观形貌。

Bi / MnBi eutectic in situ composite was produced by unidirectional solidification technique .

在适当的坩埚旋转速度和生长速度下，采用新型凝固工艺&离心定向凝固，可获得具有较理想的分层且定向生长的过共晶BiMn合金自生复合材料；

Hypereutectic Bi / Bi-Mn in-situ composites with ideal layer-separated and unidirectional growth structure can be prepared by a new solidification method , centrifugal unidirectional solidification , in the condition of proper rotating velocity of crucible and growth rate .