增强相

聚焦光束堆焊铜基自熔合金过程中Fe3Si增强相的反应合成

Reaction synthesis of Fe_3Si reinforcement via light beam surfacing of Cu-based self-fluxing alloy

Ti3SiC2对于Cu是一种有效的陶瓷增强相。

Ti_3SiC_2 is a promising ceramic reinforcement for copper .

原位合成铁基复合材料中增强相VC的微结构特征

Microstructure Characterization of VC in in situ Synthesized Fe Matrix Composites

该薄层中基本上不含金属间化合物，SiC增强相的数量也显著减少。

Little SiC reinforcement and larger intermetallics can be found in this layer .

第一切削变形区中SiC增强相的重定向研究

Research on the Reorientation of SiC Reinforcements in the First Cutting Deformation Zone

Al对原位自生Ti基复合材料中TiB晶须增强相生成的作用

The Effect of Al on TiB Generation in In-situ TMCs

结果表明，Cr元素主要存在于增强相Fe中，铜基体中几乎是不含Cr的。

Cr atoms are mostly dissolved in reinforce phase and Cu matrix is almost free of Cr atoms .

SiCP增强相含量对复合材料SiCP/3003Al闪光对焊接头强度及显微组织的影响

Effects of SiC_P Strengthen-phase Content on the Strength and Microstructure of SiC_P / 3003Al Composite Material Flash Butt Welding Joints

微观组织分析表明，在激光熔覆的过程中，基底的Ti和预涂层中的C发生化学反应，原位生成TiC硬质增强相。

The microstructure analysis shows that there was a reaction between C and Ti , in-situ producing TiC reinforcement phases .

近年来随着C纤维生产成本的降低和性能的不断提高，C纤维作为金属基复合材料的增强相越来越受到人们的重视。

With the recent development in reducing cost and improving properties , carbon fiber has attracted more and more attention for using as reinforcement in metal matrix composites .

论文也采用正交设计试验，在铬系基体上原位合成VC颗粒增强相进行初探。

The paper discussed VC particles reinforced composites based chromium iron matrix farther , by testing orthogonal optimum design .

纯钛在氮气中通过激光氮化表面形成了TiN为主要增强相的表面涂层。

Studies of formation of titanium nitride layer with laser nitriding in a pure Ti in nitrogen atmosphere are described .

显微组织观察和XRD分析发现原位制备的增强相颗粒细小，分散均匀。

It was found through microstructure observation and XDR analysis that the fine reinforcements dispersed uniformly in magnesium matrix composites .

肝硬化和慢性肝炎后小肝癌筛选的有效方法：MRDWI和多期动态增强相结合

Effective screening method of small hepatocellular carcinoma in cirrhosis or chronic hepatitis : combining MR DWI with multiphase dynamic enhanced MRI

增强相Al3Ti状态对Al3Ti/ZL101原位复合材料力学性能的影响

Influence of the Condition of Reinforcing Phase Al_3Ti on Mechanical Properties of Al_3Ti / ZL101 Composite

大量的研究成果证明，CNTs是一种非常有前途的复合材料增强相。

A lot of research has been proved that CNTs are very promising strengthening agency for composites .

石墨配比对钨极氩弧熔敷层TiC增强相含量及分布形态的影响

Effect of graphite proportion on volume and contribution of in-situ TiC in composite coating processed by tungsten arc welding

为了解决这个问题，增强相填料如PTFE纤维被引入到了复合体系中。

In order to overcome this problem , the appropriate addition of reinforcing fillers such as PTFE fiber is introduced .

本文采用电流直加热法和普通热压法，以纯镁为基体，以SiC颗粒为增强相，制备了SiC颗粒增强镁基复合材料。

In this paper , SiC particulate reinforced magnesium matrix composites were prepared by conventional hot press sintering process and specimen current heating hot press sintering process .

金属间化合物Mg2Si是轻金属基复合材料中理想的增强相。

Intermetallic compound Mg_2Si is an ideal reinforcing phase in metal matrix composites .

SEM分析显示：施加电磁搅拌后凝固组织致密，颗粒增强相的数量增加，颗粒细化、分布趋于均匀。

SEM analysis indicates that after being stirred by electromagnetic the microstructure got compact , the amount of reinforced phase is increased , and the grain is fined and distributed uniformly .

在Ni-Co/（HAP+CNTs）复合镀层中，Ni-Co合金作为金属基体，而纳米HAP及CNTs用做混杂增强相。

The Ni-Co was used as the metal matrix , and nano-HAP and CNTs were chosen as the hybrid reinforcements .

将高能球磨后的Ti-Al粉末和TiC，Al2O3粉末混合进行热压烧结，在烧结的过程中反应生成金属间化合物为增强相的复合材料。

The intermetallic-compounds-strengthened composite was reaction synthesized by hot pressing sintering the mixture of ball-milled Ti-Al powder and TiC + Al2O3 powder .

试验结果表明：在热处理过程中基体组织明显改变，TiC增强相不发生变化。

The results show that the particulates of TiC have no change in heat treatment , but the matrix microstructure has changed in the same situation .

MAX化合物由于兼有金属和陶瓷的独特性能作为增强相是当前国内外研究的热点。

Due to have the special properties of both metal and ceramics , MAX compound has became the hotspot of research inland and overseas as the wild phase .

原位增强相（TiB2+Al3Ti）形成的热力学分析

Thermodynamic Analysis of Formation of In-situ Reinforced Phase TiB_2 and Al_3Ti

利用Mg-Si合金结晶的特点，可在凝固过程中原位生成Mg2Si增强相，从而获得Mg2Si/Mg复合材料。

Making using of the characteristics of Mg-Si alloy , Mg_2Si phase can be formed in the process of solidification .

均应用T1WI、STIR、DWI和常规增强相结合的方法，行骨盆、股骨干和腰椎MRI骨髓成像。

MRI was performed to show marrows in pelvic , shaft of femur and lumbar vertebrae by using T_1WI , STIR , DWI and contrast enhanced .

本文选用高强度、高模量的连续碳纤维作为增强相，与纯铜基体进行复合，试图获得高强度高导电的连续碳纤维增强铜基复合材料（Cf／Cu）。

In this thesis continuous fibers with high strength and high module was compounded with copper matrix to acquire continuous carbon fibers reinforced copper matrix composite ( Cf / Cu ) with high strength and high conductivity .

研究结果表明：（1）表面复合材料层内增强相为高温反应原位生成的VC或TiC，其颗粒细小，分布较均匀，无明显梯度分布或偏聚现象。

The results of these studies as follow : ( 1 ) The reinforcement of the composite layer is VC or TiC , which has exiguous particular and is well distributed .