The invention relates to a multi-component completely-degraded polymer composite material and a preparation method thereof.

The button lithium secondary cell was fabricated with composite material as cathode.

用制备的复合材料作正极,组装了扣式锂二次电池.

The developing tendency of advanced bulletproof composite material is prospected.

认为先进防弹复合材料是当今防弹材料的发展趋势.

Optics testing method is a available measure testing composite material.

光学测试方法是复合材料测试的有效手段.

Foamed steel is a new type of composite material.

综述新型复合材料泡沫钢的国内外研究概况、艺制备方法及发展方向.

It is found the composite material rod exhibits torsional vibration band gaps.

发现一维声子晶体具有扭转振动带隙,并且分析了椭圆形状对带隙频率的影响.

The elastic modulequations of composite material related to micro-properties are also given.

给出了与 微观 性能相联系的复合材料弹性模量计算公式.

Once it needs composite material, we have to cross this technological barrier.

当它需要复合材料的话, 我们就必须得跨越这个技术障碍.

As the developing of fabric composite material , high performance material is required.

纺织复合材料的发展,对原料的性能提出了更高的要求.

We describe an electromagnetic ( EM ) composite material that possesses subwavelength tunneling characteristics.

文章介绍一种具有亚波长隧穿特性的电磁波人工复合材料.

Research on the Preparation and Properties of Silver Tin Oxide Composite Material.

四脚状氧化锌晶须制备及其应用研究.

Compared with isotropic materials, the composite material has evident advantages.

复合材料与各向同性材料相比具有明显优势.

In particular, Lock-in thermography is more suitable to detect composite material structure.

特别地, 锁相热成像更适合用来检测复合材料结构.

CN Composite Number and Name data type.

代码与文字合成资料型态.

PPS composites coating is one of new special coating.

聚苯硫醚复合涂料是一种新型的特种涂料.

The developments of temperature distributions were studied for thick polymeric matrix composites.

研究了厚截面树脂基复合材料制造过程中的内部温度场发展变化.

Processing is one of the most important aspects of metal matrix composites.

金属基复合材料的工艺性能是至关重要的性能之一.

Metals are a discipline, composites are a brand-new discipline.

金属,是一门复杂的学科, 而复合材料则是一门全新的学科.

The interface structure of composites were examined by TEM.

用透射电镜分析了这两种复合材料的界面结构.

All the temperature that made copper-based composites intenerate are above 900 ℃.

所制备的铜基复合材料软化温度均大于900℃.

They observed that broken fibers recede within the matrix in composites with weak interfacial bond.

他们观察到弱界面粘结的复合材料,断裂的纤维会在基体中缩回.