Experimental Study on Environmental Materials of Garbage Ceramsite

1、

New Design Criteria and Progresses of Steels for Manufacturing Industries Based on Ecomaterial Science

基于环境材料学的制造业用钢材的设计与进展

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2、

Study on the cesium ion exchange of a new ecomaterials cesium ion-sieve

新型环境材料提铯离子筛的铯离子交换性能初探

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3、

The research& development of ecological environment materials

生态环境材料的研究进展

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4、

Study on the Assessment method of Eco-Materials

关于环境材料及其评价方法的研究

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5、

Recent research progress of a new eco-material, woodceramics, was reviewed.

本文综述了一类新型环境材料&木质陶瓷在国内外的研究进展。

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6、

Green design of suspended packing for treating water environment

水环境材料&悬浮填料的绿色设计

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7、

Designing the undissolved anode of lead alloy into ecomaterials

不溶性铅合金阳极的环境材料化设计

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8、

Apply new technologies to construct environmentally-friendly material type cement industry

应用高新技术建设环境材料型水泥工业

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9、

The Conception of Environment Material Regeneration System That Customers Can Easily Accept

建立消费者易接受的环境材料再生体系的构思

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10、

Impact of Eco-materials on Development of Steels for Automobile Industry

环境材料学的兴起对汽车工业用钢材发展的影响

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11、

As an eco-material, TiO_2 plays more and more important role in the environment contamination disposal for the characterization of nontoxicity, high photo-catalytic ability, stabilization of physical and chemical property, cheap, et al.

TiO2作为一种环境材料，由于具有无毒、光催化活性高、物理化学性能稳定、价廉等特点，在环境污染治理、太阳能综合利用等方面正发挥着越来越重要的作用。

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12、

Test results indicate that the HAP can be used as green environment protection material, as the result of its strong ability of absorbing F-ion under the operating conditions of common temperature and common pressure and non-secondary pollution.

探讨了吸氟机理和行为.结果表明：sol－gel法合成的HAP在常温、常压、不调pH的操作条件下，有较大的吸氟能力，且无二次污染，可作为绿色环境材料。

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13、

With titanyl sulphate and commercial urea as the raw material, nanometer TiO2 is a material of environment, it with a close size distribution and fine dispersion was prepared by homogeneous precipitation.

本文以硫酸法钛白粉生产中产生的硫酸氧钛和工业品尿素为原料，采用均匀沉淀法制备了粒度分布窄，分散性好的纳米级TiO2环境材料。

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14、

This paper reviews the developments of Combustion Synthesis: unconventional SHS process, organic compounds, ECO materials and functional materials.

前言：综述了燃烧合成的发展，包括非常规S HS技术，有机物、生态环境材料和功能材料。

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15、

Photo-catalytic Study and Application of Nano-TiO_2

环境材料纳米TiO2的光催化研究及应用

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16、

Ecomaterials& An Advanced Materials Research for the 21st Century

环境材料&面向21世纪的新材料研究

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17、

Developing of Ecomaterials' Website and Database of Materials Environmental Loads

环境材料网站开发及材料环境协调数据库

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18、

The conclusion is that the Cox Merz rule is suitable for numerous polymer melts and solutions which possess moderate non linearity.

结论是：Cox-Merz关系式适应于一大类非线性强度适中的高分子材料。

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19、

Polylactic Acid ( PLA) is one of the synthetic polymer materials which is widely used in the research and application of tissue engineering. But because of its bad surface hydrophilicity and absence of natural molecule acting point, its application as biomaterials was limited.

聚乳酸（PLA）是目前组织工程研究和应用最广泛的合成高分子材料之一，但是由于其具有表面亲水性差，缺乏天然分子识别位点等缺点大大的限制了其作为生物材料的应用。

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20、

Starch/ PVA membrane which combined the advantages of natural polymer and synthetic polymer was prepared in this study. Starch and PVA composites are studied in many fields, but starch/ PVA membrane was studied in guiding tissue regeneration for the first time.

本实验结合了天然高分子材料和合成高分子材料的优点制备了淀粉／PVA膜，并首次将其用于引导组织再生技术。

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