高性能复合材料

通过对MX和侏儒等先进战略导弹所用材料的综合分析，指出了发展高性能复合材料的重要性。最后对未来的先进战略导弹用材料进行了展望。

By analyzing materials for advanced strategic missile such as MX and Dwarf , the importance of developing high-performance composites is discussed , and the trends of materials for advanced strategic missile in future is presented .

湿热老化对高性能复合材料性能的影响

Effects of hydrothermal aging on properties of high-performance composites

高性能复合材料树脂传递膜技术（RTM）研究

Technology of High Performance Composite Resin Transfer Moulding

碳织物增强热塑性PEEK树脂基复合材料是一种适合空间环境的高性能复合材料，可以用于制作光学反射镜。

So , this composite is an excellent high performance composite , which was suitable for service in space environment .

树脂传递模塑成型工艺（ResinTransferMoulding，简称RTM）是低成本制造高性能复合材料的新工艺之一，在成型大尺寸，复杂形状的复合材料制品方面得以广泛应用。

RTM ( Resin Transfer Moulding ) is one of ways to product high-performance composites with low cost , which has been applied for making big size or complex composites .

本文以脉冲Nd：YAG激光机加工Al2O3+TiC复合陶瓷及破纤维复合材料的试验结果为基础，研究激光加工此类高性能复合材料的工艺与机理特点。

Based on the experimental results of pulsed Nd : YAG laser machining of Al_2O_3 + TiC composite ceramics and carbon fibre composite , this paper studies the characteristics of the process and the mechanisms of laser machining of the high-performance composites .

论述了新型液晶聚合物PIPD（M5）的合成、纺丝工艺、纤维性能以及在高性能复合材料领域的应用前景。

The synthesis , spinning , properties and application of a novel high performance fiber M5 are discussed in this article .

本文的研究及其所建立的理论模型和模拟技术，不仅对RFI这种高性能复合材料的低成本成型技术具有理论指导价值，而且对学科发展特别是对材料学与力学的交叉发展具有重要意义。

The theory and simulation techniques established in the paper is not only instructive for the low cost composite molding technology , but also is significant for the intersect development of material science and mechanics .

亚麻（拉丁学名：Linumusitatissimum），数千年以来一直是人类优质纤维的来源，如今不仅能用于纺纱织造，也被广泛应用于高性能复合材料等前沿领域。

Flax ( binomial name : Linum usitatissimum ) has been a source of high quality fiber for thousands of years . It can be widely used for spinning , weaving , high-performance composite materials and other fields .

低成本、高性能复合材料的成型技术

Recent Progress of Processes for Low Cost and High Performance Composites

高性能复合材料铝基体的电磁搅拌半固态制备工艺

Preparation Technology of Semi-solid Fabricated by Electromagnetic Stirring for High-performance Composites Aluminium Matrix

开发高性能复合材料中使用的新型纤维材料

New Fibre Material Used in Advanced Composite Material

不仅如此，还在金属防腐、高性能复合材料、染料等各方面都有着很好的作用。

It also be used in metal corrosion , high performance composites and dye .

高性能复合材料弯曲疲劳性能研究

Study on behavior of composites flexural fatigue

高性能复合材料的发展

The development of high - Performance Composites

三维整体编织复合材料是近年来迅速发展起来的一种高性能复合材料。

Nowadays , the three-dimensional integrated-braiding composites are one of the high-performance composites with rapid development .

高性能复合材料管件制作工艺的比较及三维编织技术的应用

Study on Comparation of Manufacturing Methods of High Performance Composites Pipes and Application of 3D Braiding Technology

高强钢纤维混凝土是水泥基复合材料向高性能复合材料发展的新方向。

High-strength steel fiber reinforced concrete is a cement-based composite material to high-performance composite materials and new development .

在众多高性能复合材料基体树脂中，聚酰亚胺树脂因具有优异的耐高温性能而得到了广泛关注。

Polyimide resin , which received widespread attention , has excellent comprehensive properties such as resist to high temperature .

可以用于高性能复合材料、场发射装置及电磁波吸收器等。

They are expected for uses in high performance composites , electromagnetic wave absorbers , and field emission device .

为了满足高性能复合材料的需求，国产连续碳化硅纤维工业化势在必行。

The continuous SiC fibers made in China must be industrialized for meeting the huge demands of high performance composites .

这种树脂广泛用于高性能复合材料、封装材料等领域。

It has excellent tenacity and process ability , and it is widely used as high performance composite and encapsulation materials .

因为其优异的力学性能和热性能，含杂环的芳香族共聚酰胺纤维广泛应用于军工航空、高性能复合材料等领域。

With its excellent mechanical and thermal properties , heterocyclic aramid fibers are widely used in military , aviation , high-performance composite materials fields .

它的出现打破了长久以来高性能复合材料必然具有制造成本高的惯例，为高性能复合材料开辟了广阔的应用领域。

Its emergence breaks the conventions of high costs for producing high functional composites and it extends the wide practical territory of high functional composites .

良好的界面粘结是制备高性能复合材料的关键之一，而树脂与纤维的优良浸润则是其首要前提。

In a composite system , the adhesion at the interface between fiber and matrix plays an important role in improving the resulting mechanical behavior .

对近年来发展较快的电子束固化技术、纤维铺放技术、渗透成型技术等低成本、高性能复合材料成型技术的特点、进展及应用现状进行了综合论述。

This paper reviews the characteristics , progress and application of processes for low cost and high performance composites including electron beam curing , ATP and infusion forming .

碳纤与钢纤混掺更能发挥各自优势，能配制出一种高性能复合材料。

The mixture of carbon fiber and steel fiber can bring their own dominant position into full play . And it can make up a high performance composite material .

SiC/Cu复合材料有着良好的力学、热学和电学性能，使其有望成为新一代结构／功能一体化的高性能复合材料，并将在航空航天领域发挥重要的作用。

SiC / Cu composites have good mechanical , thermal , and electrical properties , It will be the candidate materials with integrated structural / functional properties in aerospace applications .

实验结果验证了理论预计的影响规律，从而证明GB1447-83对玻纤/环氧偏轴工程常数的测定虽仍适用，但对高性能复合材料则不可延用之。

AS a result , GB 1447-83 can be used in measurement for off-axis engineering constants of glass / epoxy system , but can 't be used for advanced composites .

此方法可有效降低材料加工黏度、提高材料力学性能，对制备高性能复合材料具有重要意义。

This process can effectively reduce the material processing viscosity and improve the material mechanics properties , which is of great importance to the manufacture of high performance composite materials .