高强度的

Carbon nanotubes can be used in the preparation of copper based composite as reinforcement.

高强度高导电铜基材料是一种应用广泛的功能材料，而将碳纳米管作为增强相来制备铜基复合材料可望得到性能优良的高强度高导电材料。

Ebonite is one kind of special rubber product with high strength, high modulus, high hardness and fine unnotched impact resistance.

硬质橡胶是一种具有高强度、高硬度、高模量以及良好无缺口抗冲击强度的特种橡胶制品。

Ebonite is one kind of rubber with high modulus, hardness and strength. However, its application is limited because of its poor thermal resistance and just used in the field of anti-corruption, insulation and large shells.

硬质橡胶是一种具有高强度、高硬度、高模量以及良好无缺口抗冲击强度的特种橡胶，但由于其耐热性差阻碍了其广泛应用，仅在耐腐蚀、绝缘以及大型工程壳体等方面应用。

The relationship between the ratio of Ca to Si with shrinkage value was needed to be studied further.The strength of M-AAS was comparatively high, but the flexural strength was regressed in the long term. The compressive and flexural strengthes of 3 days were able to surpass 8MPa and 78MPa, respectively, and compressive strength of 90 days were all around 100MPa, but compared to flexural strength of 28 days, the flexural strength of 90 days was regressed by 19.0%. The high strength property of M-AAS associated with its hydration products and Interfacial Transition Zoo. The main hydration products of M-AAS were microcline and CSH, no calcium hydroxide was found. The coexistence of microcline and CSH worked as micro-aggregate by each other, and no weak ITZ, both resulted in its high strength. The regression of its strength was related to its high shrinkage property, because the crazing caused by shrinkage would decrease the strength, especially the flexural strength.

M-AAS强度较高，但长期抗折强度倒缩。3天抗折和抗压强度分别可超过8MPa和78MPa，90天抗压强度在100MPa左右，但90天抗折强度比28天抗折强度相比低19.0％。M-AAS的高强特性与其水化产物和界面过渡区有关，M-AAS的水化产物主要为微斜长石和CSH凝胶，没有氢氧化钙，微斜长石与CSH凝胶相互填充和配合共同起到强度的作用，M-AAS砂浆中几乎没有发现界面过渡薄弱区。M-AAS的强度倒缩现象与其收缩值较大有关，收缩会引起M-AAS硬化体内部出现微裂缝，使强度下降。

Consequently, the damage of stuck shipside can be decreased. And the new type buffer bow has been developed from the point of arrangement of inner structures of ship bow.

提出了一种高强度钢缓冲船艏，发现船艏结构采用高强度钢在等强度的条件下可以减小船艏结构的压溃载荷和纵向刚度，从而降低对撞击船船侧结构破坏。

Producing sound of high volume and intensity .

高频率高强度比低频率高强度对灵敏度高的精密测量设备的破坏性大得多。

The following was studied in this paper:(1) The adhesive strength of polyvinyl alcohol with different degree of polymerization and different degree of alcoholysis (2) The adhesive strength of polyvinyl acetals with different acetalization degree (3) Effects of polyvinyl acetate on adhesive strength of white glue when PVA or polyvinyl acetals was used as its protective colloid.

本文主要研究以下内容：(1)不同聚合度、醇解度聚乙烯醇溶液粘接强度；(2)不同缩醛度的聚乙烯醇缩醛溶液的粘接强度；(3)聚乙烯醇或聚乙烯醇缩甲醛为保护胶体时，聚醋酸乙烯酯乳液的粘接强度，以及研究白乳胶改性物，制备高粘度和高粘接强度的白乳胶。

Thirdly, with the modified Gurson model of the MARC finite element method soft, the damage behave of the welded joint was simulated. It was found that in the undermatched welded joint, the damage mainly happened in the soft weld line and with the decrease of the weld line抯 width, the damage抯 development was faster. As for the overmatched welded joint, the results showed that the damage mainly happened in the soft base metal and with the increase of the weld line抯 width, the damage抯 development was faster. While the width of the weld line was narrower than three millimeters, the high strength weld line could improve the anti-damage capability of the overmatched welded joint.

通过计算发现在低匹配的焊接接头中，损伤主要发生在低强度的焊缝中，并且焊缝宽度越小，焊接接头的损伤就越严重；而在高匹配的焊接接头中，损伤主要发生在紧临焊缝的强度较低的母材上，随高强度焊缝宽度的增加，焊接接头的损伤发展程度加剧，当焊缝宽度小于3mm时，高强度焊缝的加入对焊接接头能起一个强化的作用，提高了焊接接头的抗损伤能力。

High-intensity combined safety glass is a revolution of glass plate history. Traditional glass is fragile, heavy and easy to hurt person when broken. However, high-strength compound safety glass consisted with two tempered glasses with a layer as a sandwich , its thickness is only 1.1 +1.1 mm, or 1.5 +1.5 mm, 1.8 +1.8 mm, 2.0 +2.0 mm—Intensity, as well as impact strength, of tempered glass have been greatly increased. Even if glass is broken, its splinter will be adhesive together and will not hurt person mainly coz the glass is very thin. This glass bears the duty of door hinge as door plate of wardrobe or cupboard in the installation.

高强度复合安全玻璃的面世是碳光板玻璃板材的一次革命，传统的玻璃让人们感觉：易碎、笨重、破裂后伤人；然而高强度复合安全玻璃是由两片强化过的玻璃，再经过夹胶复合的玻璃，玻璃的厚度仅有1.1mm+1.1mm或1.5mm+1.5mm、1.8mm+1.8mm、2.0mm+2.0mm…钢化过的玻璃强度大大增强了，抗冲击力度也非常高，即使玻璃破碎后也粘接在一起不会伤人，很重要的一点因为玻璃的厚度很薄，作为任何衣柜或橱柜的门板在安装方面解决了门铰链的承重问题。

This article has studied HG70 steel and HS-70 welding wires weldings,the welded joint,welding quality,and the welding operational performance,in restricts under the welding condition,Uses HS-70 welding wires,Experiments the steel plate the weld joint stretch,degree of hardness and the resilience test result indicated that,HG70 steel and HS-70 welding wires weld joints have the low crack sensitivity,The welding quality is good,Its weld joint has the fine mechanics performance,thus explained they had the fine welding match.

0前言非调质钢具有优良的使用性能和较低的生产成本，受到普遍重视。HG70钢是武钢开发的工程结构用钢，具有强度高、低温韧性好的特点。传统高强度钢一般碳当量较高，焊接性能较差。通过加入微量合金元素、采取新的控轧和调质工艺，使得HG70钢在提高强度的同时，亦保持了较高的韧性和较低的碳当量，因而从理论上讲HG70应具有较好的焊接性能，但HG70钢与HS-70焊丝的匹配情况，还有待于分析验证。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。