传统材料

传统材料由金属材料、无机非金属材料和高分子材料组成。

Traditional material consists of metallic materials , inorganic nonmetallic materials and polymer materials .

这些作品与我的想象非常吻合：传统材料与现代影响相融合。

The works were very much after my fancy : traditional material mixed with today 's influence .

介绍了PE和尼龙共挤出复合膜的结构性能以及在粮食储藏中的应用，并与传统材料PVC膜和PE膜进行对比

The structure and properties of coextrusion nylon / polyethylene composite film and its application for grain store were introduced . BLOWING FILM TECHNOLOGY OF MULTI-LAYER COEXTRUSION

结果表明，在研究体系中添加2%（质量分数）的纳米SiO2可以提高工作电解液的电导率10%、闪火电压提高20V，这与传统材料相比具有明显的优点。

The results show that adding 2 % of nano-SiO2 cold increase the conductivity about 10 % , and cold increase the sparking voltage about 20 V , either . This differentiated the ordinary material .

现在塑胶已代替了许多传统材料。

Nowadays plastics have take the place of many conventional material .

新材料和传统材料促进发展讲习班

Workshop on New and Traditional Materials for Development

在与传统材料的比较中，这些新材料均表现出了更优越的性能。

In comparison with some conventional materials , these new materials demonstrate superior performances .

尽管高迪使用传统材料，他却是现代建筑师。

Despite the fact that he used traditional materials , Gaudy was a modern architect .

两种材料可以很好的作用于手术清创缺损区，有效剂量多于传统材料。

Both materials have excellent retention within the surgically debrided defect , more than conventional materials .

分析了纤维增强复合材料与传统材料相比的性能优势和不足。

The performance advantage and shortcoming of fiber reinforced composites compared with traditional materials were analyzed .

纳米晶沉积层与纳米材料一样，具有与传统材料不同的物理化学性能，而受到研究人员的关注。

Static adsorption experiments were performed to investigate the adsorption characteristics of ammonium on soils and ditch sediments .

如果您使用的传统材料，涂料染色和在家里一样的色调。

If you 're using traditional materials , stain and paint in the same hue as your home .

为在我国电子雷达行业全面推广复合材料取代传统材料提供了工艺技术支持。

The study supports processing technique for substituting traditional materials with composites completely in the industry of electrical radio detector .

薄膜／基体系统作为一种表面工程技术近年来发展迅猛，被应用于多个领域，极大地提高了传统材料的服役期限，但是同时也表现出了一些特殊的力学特性。

As a kind of surface technology , film / substrate system is developed quickly and widely used in several engineering field .

本文报道了在这种非传统材料中用聚焦离子束加工技术实现的多种纳米精度光子晶体结构。

We report a nano-precise fabrication of various designs of photonic crystals in these non-conventional materials using the focused ion beam milling technique .

纳米尺度的复合为发展高性能的新型材料和改善传统材料性能提供了新的途径。

The composition of nano-size presents a new approach to develop new-style material with high quality and to improve the capabilities of traditional material .

其优良的性能表现在具有高的比强度、比刚度、耐腐蚀性以及材料的可设计性等方面，使其可以在不少领域替代传统材料。

With high specific strength , high specific stiffness , erode-resistant and material designable , composite materials have replaced traditional materials in many areas .

在文化属性方面，传统材料是历史、文化以及社会发展的共同结晶，是不可替代的。

In the aspect of cultural property , traditional materials are irreplaceable and are the crystallization of the historical , cultural and social development .

晶粒细化是近期国际上对传统材料升级和创造新型合金的工艺手段之一。

The crystal grain is the near future on international to the traditional material promotion and one of creation new alloys underbid craft methods .

传统材料充填的患者X线片示根尖区阴影无明显改变，治疗后复发率高。

The patients with traditional material filling shows no obvious changes in the root-end according to the X-ray photo , with high rate of recurrence .

土壤固化剂改良淤泥质土可比传统材料节省造价20%以上，且有利于环境保护。

Compared with the conventional methods , soil stabilization can save 20 % of the cost , and it is of benefit to environmental protection .

复合材料层合板相对于传统材料有较高的比强度和比刚度，在航空航天领域有广泛的应用。

The laminated composite plate has high strength-to-weight ratio and strength-to-stiffness ratio , compared to traditional material , it is widely used in aerospace field .

这种技术在钢铁、铝合金等传统材料已有非常成功的应用，但在镁合金上的应用才刚刚开始，对大多数镁合金而言是应用空白。

This technique has been applied successfully on steel and aluminum alloys . However , its application on magnesium alloys is still in its early stages .

指出计算机模拟是改造传统材料成形工艺的必由之路，多尺度模拟与集成是今后材料成形计算机模拟的发展趋势。

Computer simulation is necessary for reforming original material forming technology . Multi-scale and integration simulation will be the developing trend for simulation on materials formation .

此外，对于燃料电池双极板而言，使用传统材料，在重量、强度、成本各方面都有很大局限，而利用冷喷涂技术可以兼顾这三个方面的要求。

Furthermore , As fuel cell bipolar plate concerned , it 's profitable using CGDS rather than using traditional technology in weight , intensity and cost .

因此，凝固理论与技术不论对于发展新型材料还是改进传统材料都具有重要的科学和工程意义。

Therefore , no matter the development of new materials or improvement traditional materials , solidification theory and technology always have important significance of science and engineering .

然后分章节介绍了现代景观中常见的传统材料、新型材料以及两者结合的创新型材料的特性以及使用技巧。

And then introduces the characteristics of innovative materials of modern landscape of traditional materials , new materials and their combination and the use of techniques section .

针对传统材料实验教学的种种弊端，将虚拟现实技术运用到材料实验教学当中，使教学过程具有交互性好，实验沉浸感强的特点。

Aimed at the multitudinous abuse of traditional material experiment education , the teaching process could be more interacted and immersed by using the virtual reality technology .

第六章是结论性的综述，再次重申传统材料建构表现研究对当代建筑设计的意义并对文章作了总结。

The sixth chapter reviews the conclusions , reiterating the meaning of the research to the modern architecture design as well as the summary of the article .

本文研究了一种以硼化物取代传统材料中碳化物作为合金耐磨相的新型材料&高硼铁基耐磨合金。

This paper investigates a new type of materials , which use boride to replace the carbide as the alloy wear-resistant phases , named high boron iron-base alloys .