增强体

医用CT在编织复合材料织物增强体内部质量评价上的应用

Application of medical CT in internal quality evaluation of braided fabric reinforcement for composites

增强体颗粒尺寸对SiCp/2124Al复合材料变形行为的影响

Effects of Particle Reinforcement Size on Deformation Behavior of SiC_p / 2124Al Composites

增强体含量对Sip/LD11复合材料热物理性能影响

The influence of the volume fraction of reinforcements on thermo-physical properties of Si_p / LD11 composites

以自蔓延高温合成SiC颗粒为增强体的光学/仪表级铝基复合材料

Optical and Instrument Grade Aluminum Matrix Composites Reinforced with Self-Propagating High-Temperature Synthesized SiC Particle

高增强体含量SiCp/Cu复合材料制备和性能的研究

Study on preparation and properties of SiC_p / Cu composites containing high content of reinforcement

铝基体中引入高体积分数的SiC增强体后强度显著提高。

The strength of Aluminum alloy was improved remarkably as high volume SiC particles added in .

ZnO晶须用作泡沫硅橡胶增强体应用研究

The Applied Research of the Application of Zinc Oxide Whisker to the Reinforcement of Cellular Silicone Materials

增强体TiB和TiC在Ti中的原位生成

In Situ Formation of TiB and TiC Reinforcements in Ti

根据溶液热力学理论对FeCTiMn体系中TiC增强体的原位合成进行了热力学分析。

A thermodynamic analysis on in-situ TiC synthesis in Fe-C-Ti-Mn system was made on the basis of solution thermodynamics theory .

Si、Mg对原位铝基复合材料中增强体Al3Ti形貌的影响

Influence of Si and Mg on shape of al_3ti reinforcing phase in in-situ Al-based composite

本文综述了MgLi基复合材料常用的基体合金和增强体、制备方法以及复合材料的组织与性能。

This paper reviewed the composite matrix and reinforcements and the fabricating technique and the microstructure and the properties of Mg-Li matrix composite .

多孔网状Si3N4陶瓷增强体的制备

Fabrication of porous reticulated si_3n_4 ceramics reinforcement

碳纳米管（Carbonnanotubes，简称CNTs）由于其高模量、高强度等特性，一直被认为是理想的增强体材料。

Carbon nanotubes ( CNTs ) are considered as an ideal reinforcement owing to their very high elastic modulus and strength .

摘要碳化硅（SiC）纤维是研制金属基、陶瓷基以及聚合物基等先进复合材料的重要增强体。

Silicon carbide ( SiC ) fiber is the important reinforcement material for fabrication of advanced composites especially ceramics matrix composites .

它以高强度钢丝倾角错绕成型的网状骨架为增强体，以热塑性塑料（PE）为基体，并用高性能粘结树脂将钢丝网骨架与内外层塑料（PE）紧密地连接在一起。

The mesh skeleton is formed by crossly winding high strength steel wire and tightly integrated with PE by high performance cohesive resin .

挤压变形可使材料的基体连续，增强体SiC颗粒分布均匀，梯度层间界面消失；

( b ) Extrusion could enhance the continuity of matrix , uniformity of SiC particle distribution and elimination of gradient boundary layers .

以亚麻纤维为增强体，与聚丙烯（PP）长丝进行丝束级共混，形成PP包覆亚麻的纱线结构，利用机织工艺织成二维机织布，作为复合材料的预制件。

Polypropylene ( PP ) was commingled with flax fiber reinforcing material to realize the mixture of two materials at the stage of yarn .

原位合成增强体TiB层错的透射电镜分析

TEM Research on Stacking Faults of In situ Synthesized Reinforcement TiB

增强体含量的增加降低了α（Al）相的形核温度，对Al-Si共晶影响不明显。

Increasing reinforcement content could decrease the nucleation temperature of α( Al ) phase , yet had no obvious effect on Al-Si eutectic reaction .

RTM成型过程中，树脂对纤维增强体的充分浸润是非常重要的一环。

The impregnation of resin for fiber reinforcement process is a very important phase in RTM .

碳纳米管（CNTs）凭借其超强的力学性能成为复合材料的理想增强体。

Carbon nanotubes ( CNTs ) have been considered to be a perfect reinforcement for composites due to its superior mechanical properties .

在成型温度180℃下，以碳布为增强体、ABS为基体，采用模压成型，生产出CB/ABS复合材料层压板。

In the molding temperature of180 ℃, CB as reinforcement , ABS as matrix , using hot molding press to produce CB / ABS composite material laminates .

聚丙烯腈（PAN）基碳纤维已经商业化几十年了，在所有商用的先进纤维增强体中，它拥有最高的比强度和比模量。

Polyacrylonitrile based carbon fibers have been commercialized for several decades . They possess the highest specific strength and specific modulus among all commercially available advanced reinforcing fibers .

增强体在基体中分布均匀，TiC颗粒呈四边性或近似等轴状，VC颗粒为短纤维状。

The reinforcements were distributed uniformly in matrix alloy . The shape of TiC is quadrangle or near-equated shape , and VC has the shape of whisker .

增强体TiB、TiC、Y2O3和钛基体界面干净，没有界面反应物存在。

The interfaces between reinforcements of TiB , TiC and Y_2O_3 and Ti matrix are clear without any interfacial reactions .

选用SiC颗粒和鳞片状石墨作为增强体，采用挤压铸造法制备SiCp+Gr/2024Al复合材料，在保证材料力学性能的前提下改善材料的加工性能。

SiCp / Gr / 2024Al composite reinforced by SiC and graphite particle was fabricated by squeeze casting technology , in order to overcome the difficulties in machining processing and keep desired mechanical properties .

因此有必要对影响树脂浸润纤维增强体的速率的因素进行细致、深入地研究，以满足树脂对纤维的充分浸润及RTM工艺中的流动充模要求。

So it is necessary to study on the factors of influencing soakage , to satisfy the resin soaking sufficiently and permeating the mold .

碳纤维（CF）作为功能复合材料中重要的增强体，在国防科技等领域具有重要的作用。

Carbon fiber ( CF ) has played an important role in the field of national defense , science and technology using as an important reinforcement in the functional composites .

自碳纳米管（carbonnanotubesCNTs）发现以来，由于其极高的强度、韧性、以及极大的长径比和优良的导电性能，使其有望成为复合材料理想的增强体。

Since the discovery of the carbon nanotubes ( CNTs ), The super high strength , ductility , large aspect ratio and excellent electrical conductivity of carbon nanotubes make it an ideal reinforcement additive for composites .

为了提高铸件表面的耐磨性，实验以低铬铸铁为基体，WC颗粒为增强体，制备出颗粒增强表面耐磨复合材料。

In order to improve the abrasion-resistant on the casting surface , the low-Cr cast iron matrix composite reinforced by WC particles in sand mold was made in the experiment .