环境友好材料

无机粉体改性塑料环境友好材料的环境协调性研究

Environment-conscious Behaviors of Environmentally-friendly Plastics Materials Modified by Inorganic Powder

希望本研究能为环境友好材料的发展提供参考。

The work may provide a reference for the development of environmentally friendly materials .

环境友好材料：氨基酸离子液体的热力学性质研究

Environmental Friendly Material : The Study on Thermodynamic Property of Amino Acid Ionic Liquid

基于天然聚多糖的环境友好材料（Ⅱ）&麻纤维和芦苇纤维多元醇的生物降解聚氨酯

Environmental-Friendly Materials Based on Natural Polysaccharides (ⅱ)── Biodegradable Polyurethane Foams from Biomass Polyols of Banknote Paper and Pulp Paper

基于玉米棒的环境友好材料研究（Ⅰ）玉米棒的液化反应及植物多元醇的制备

Studies on the environmentally safe materials based on corn-cob (ⅰ) the liquefaction of corn-cob and preparation of biomass polyol

尤其，本工作使用可再生资源&大豆渣为原料，通过绿色的工艺制备环境友好材料。

Additionally , a novel renewable recourse , soy dreg has been applied to prepare eco-friendly materials via green process .

结果表明，聚酯酰胺塑料具有良好可生物降解性，是很有潜力的环境友好材料。

The results of these experiments clearly indicate that polyesteramide copolymer has good biodegradability and is a potential environmental protection material .

发展环境友好材料是全球也是我国可持续发展战略的重要组成部分。

Development of environment conscious materials is an important part of sustainable development stratagem in China and all over the world .

新型环境友好材料&沸石在水处理中的应用环境友好型水基润滑剂的现状及发展

The Application of Zeolite in the Water Treatment & New Type of Environment-friendly Material Present Status and Development of Environment-friendly Water Base Lubricants

随着世界范围内“回归自然”潮流的兴起，人们对使用环境友好材料产生了浓厚的兴趣。

Along with rise of the " back to nature " trend , people pay more interest on use of " environment-friendly " materials .

采用胶态成型工艺与碳热还原氮化工艺，可实现低成本高性能环境友好材料的研制。

The low - cost , high - performance and friendly - environmental materials can be attained while both the colloidal process and carbothermal reduction nitridation ( CRN ) were used .

本课题组致力于污泥的资源化利用及环境友好材料的开发研究多年，在本研究中，创新性的提出了在污泥堆肥的条件下进行可堆肥可降解材料老化试验的思路。

The research group has been committed to sludge resource utilization of sludge as a resource for many years , in our research we have creatively brought forward the idea of doing aging experiments with degradable and composting .

所以，完全杜绝有机溶剂，将水性聚氨酯变成真正意义上的环境友好材料显得越来越重要。

Therefore , completely replacement of organic solvent by water is of growing importance , which can make WPU a real sense of environmental friendly material . In addition , much emphasis has been placed on the application of this system .

开发和利用农作物废弃物等可再生且能降解的复合材料已成为当前研究的热点，是环境友好材料研究领域未来的发展方向，也是农作物废弃物利用和抑制环境污染的有效途径之一。

Development and utilization of agricultural waste and other renewable and degradable composites materials have become a research focus , which is environmental-friendly materials ' research direction for future development , and also an effective way of using crop waste and reducing environmental pollution .

环境友好半导体材料Ca2Si的研究进展

Progress in Ecology-friendly Semiconducting Material Ca_2Si

水性聚氨酯（WPU）是以水代替有机溶剂作为分散介质的新型聚氨酯体系，结合了溶剂型聚氨酯的高性能和水性乳液的低VOC含量，是优异的环境友好型材料。

WPU is a novel PU system dispersed into water instead of organic solvents , so it is a kind of environmentally friendly materials which combines the high performance of solvent-type PU with little or no volatile organic compounds ( VOCs ) .

环境友好塑料材料的研制及开发动态

Development and Preparation of Environmental Friendly Plastics Material

环境友好高分子材料与现代城市生活

Environment-friendly Polymers and Modern Urban Living

近年来，甲壳素在生物医用和环境友好功能材料方面取得了一些进展；

In recent years chitin has made some progresses in bio - medical and environmentally friendly functional material s ;

木材是绿色、可再生、环境友好型材料，以木材为基础原料的木材产业已成为社会经济发展中的常青产业。

Timber is one of green , reproducible and environment-friendly materials . Therefore , timber industry has become green industry in social economy .

纤维素是自然界中来源丰富的一类天然多糖，是一种可再生和环境友好型材料，应用前景十分广阔。

Cellulose is a natural polysaccharide in nature with a rich source , and it is a renewable and environment-friendly material which has a very broad application prospect .

聚乳酸是一种极有市场潜力的环境友好高分子材料，目前我国国内工业化规模生产仍是空白。

Polymeric lactic acid has great market potentialities of an environment - friendly macromolecule material , as yet it has still blank space in home industrialization - scale production .

由天然植物纤维材料与可生物降解塑料复合制备生物质复合材料是本世纪新的研究热点，也是复合材料科学发展的必然趋势并具有非常广阔应用前景的完全环境友好新材料。

The bio-composites made of natural fiber and biodegradable plastics are the new research area of the new century and the entirely environmental friendly new composites with widely use areas .

指出进一步开发生态环境友好锌材料，促进锌工业清洁生产与资源综合利用，是下世纪我国锌工业的发展方向。

The recent progress in zinc materials was analyzed , and the way to develop zinc industry , such as developing environmental friendly zinc materials , cleaner production and comprehensive utilization of resources , is put forward .

机械零件的设计直接影响产品的绿色性能，机械零件设计中应贯彻以人为本理念，选择与环境友好的材料。

The mechanical elements design straightly exerts pressure upon the green performance of products . The " human-oriented " idea shall be carried out in mechanical elements design , in which the environment-friendly materials are being chosen .

新型植物营养功能性材料研制并应用于大田作物专用缓/控释肥料和荒漠化土地改良剂的生产，成为农业领域资源高效利用、环境友好新型材料技术的主流。

New functional materials with the character of plant nutrition to be applied for the restoration of desertification and production of slow-release fertilizers become a mainstream in high efficient use of agricultural resources and environmental friendly new material technique .

聚乳酸或聚丙交酯是一种研究和利用最为广泛的、可生物降解和生物相容的、来源于可再生资源的热塑性脂肪族聚酯，是一种环境友好的材料，逐渐成为人们研究的热点。

Poly ( lactic acid ) or Polylactide ( PLA ) is the most extensively researched and utilized biodegradable and biocompatible thermoplastic aliphatic polyester , produced from renewable resources , and environmentally benign material , which attracts many researchers to widely research .

乳化沥青作为一种环境友好型材料，具有节省能源、保护环境、改善工作环境等优点而广泛地应用于路面的施工与维护中。

As an eco-friendly material , bitumen emulsion is widely used in a range of applications in terms of road making industry for construction and maintenance due to the advantages of saving energy , protecting the environment as well as improving the working environment .

尤其是生物可降解脂肪族聚酯材料，因其聚合物分子链中含有易水解的酯键，在自然条件或者生物体内易发生断键，已成为世界各国研究的环境友好型材料的热点之一。

Withing special ester bonds which was easier to be hydrolyzed , were susceptible to break the bond in natural environment and in biosome , the biodegradable aliphatic polyester materials had becoming the hot off the press of the environment friendly materials in the world .

软溶液工艺（SoftSolutionProcessing，简记为SSP）是20世纪后期逐渐兴起的环境友好的薄膜材料制备技术。

Soft Solution Processing ( abbreviated as SSP ) is an environmental and ecological conscious technique for functional thin film fabrication , which was presented near the end of 20th century . Electrochemical syntheses method and hydrothermal syntheses processing are the important two methods of SSP .