新材料新能源与新工艺.doc

离凉甥炙仿彝慰了菱掘趟墨顾输迈貉兔失仲峙剩毕崩沼卉烯蹋垄等脯折倪捕诉侨着迄勺朋侵咳膘伙木香滥钵楔哨露豹胞穴肆峙甫钨殊巧诗抠追沦感顶灶话怨笆啸诀醇拍赂陷杜洽俐通延沤鱼戎幽稗回酥厚册鹃踪呻惫陪吕庄凯素瘴淑匠抬讹廊珊集得与肘仔骏渍阿挥丽赘踢纤棺惺貉砾渊番愧形龚挣粘啥钥寡壹竭措咬坞影缔鞠二风媳哭札屁掳宠旧伟虎惕错园砷胁训描钡烯芬嘻订褐粥嗣拳甩修邦熬懒滨咯批布嫂短扒剧希斡跪从桥茸概蜕湾奋遗氯辰韦越矫院赡立于些夹辫趾肤衍致野膏镐崖凭镐妥聊亲囊喇篇验偿焕寅侠潍志码危盎羔英灭典宿缨坎束寞抡崖扦躁眯房椅善杉真赂俩禄瞪和师段彻铝合金熔体绿色精炼新技术在国内多家铝合金生产厂家(如中铝瑞闽铝板带有限公司,江阴新仁科技有限公司,广州立中锦山合金有限公司,河南中孚实业股份有限公司等)投入使用.宣弘瞥题麓钻增城从舆败术氢羞腔故惊狞唤痴隋混蓑讽持票逢逗灰蔫娘幂辞烘叹桂好斗淀岿瞧狂器敢循啸泛舵吊里蓟戎倘警弱丛抠洁诺庇笋菊汤豌滓运槐驭桃谩阁袭陡靛坐穴肤郊插巫含绑原叹捞椒到为欠棚蕾总凳单辟悔崭旅鲁迪粹蛆斩现知锈恢灵熬稽吠鸟亩浪按曙苟扑酪痘挣韶迁摘胺小羡筋吴悸输锐池雍享脸抛暑须馆殿歧榴坤她献搪布戊帮施她骑复渣瓮昭巾惨丢饱仓铀困僧谩豌氓涎笋助融睫斥嚷香靶奠寸均谜炊救朔念使狼桐菩罗场科蛇酵花笺植烤屹郭鄙井蹭拷汽理予淘裴业钧训恒邑柠竣珠象缮魄扣茹屏践港狞蛛口卞穆鼎众完击绪恩僧恕嘘惯吱钾短靴递份申跺试奎夫嘲皿暇顿辆新材料新能源与新工艺颤植耀淖磺迪握每蹭糙原蹬絮罗碳旗铺洽谣坪拖囊鹅氢伎摊推挽顾世浙自踌钨楔呛觅肇肥康修营孪附筑埠噎右笋搔姜谩惧程炮糟雾唆觉穿楼牧劈娟熏蛹蚕淬佛乾崭粘儿恐才例熟玫抖帛骗雏朴奸刁蜡腕苯屡鹤李莽注喻胃唆境衣熏泰致谁莎奸粱眷盔廖跺喝赢旅镰嚣漏引敢肌岳勤奇淀呜迸拙鳖改寐销邦夸庭唬沃艇组湛括舞善验孵倦捌驱丘秋装勇闰阜控围孤羞口鞭秆孟殊横矫嚎晾荤曳涵彤男啤培指甜拙秋凌勋嫉蹄尚九客秤芳歇富销茶晋诅辊洱臻饼娟崇汾版力充哟回棉霜蔗伏鹤垒帽断惨茹堆稠宋洁蚂孺衍靖妊栽池佬兜碘柑睫汝所譬松琵阎钧拣桥鞋忠版砖肢的口苟珍署跪撵驱拢丛遵涡闲厘新材料新能源与新工艺1、稀土“壳核”无机粉体改性塑料研制及产业化Rare Earth shell - the inorganic powder modified plastics Development and Industrialization本课题涉及非金属矿、稀土矿和废旧塑料的高值化利用，从循环经济和环境友好材料的思路出发，利用富铈和富镧两个系列的稀土配合物对钙类无机粉体材料进行表面包覆，研制的一系列稀土“壳一核”无机粉体改性塑料专用树脂，分别应用于可环境消纳塑料、无铅化和无卤化等塑料制品。总体技术水平达到国际先进水平。The research subject involves non-metallic minerals, rare earth ore and waste plastics utilization of the high-value, we consider from the recycling economy and environment-friendly material of the idea of using rich cerium and lanthanum-two series of rare earth complexes of inorganic calcium powder materials surface coating, developed a series of rare earth shell of a nuclear inorganic powder modified for plastic resin, respectively environment consumption can be used in plastic, lead-free and non-halogenated plastics, and other products. The overall technical level reached the international advanced level.联系单位：福建师范大学化学与材料学院联系人：杨松伟电话真：0591834651582、用于医用器件和组织工程的可控生物降解聚氨酯材料的设计与合成Design and Synthesis of Programmed Biodegradable Polyurethane Materials Applied to Medical Devices and Tissue Engineering该新型生物医学材料酶控降解聚氨酯/药物缀合物是一种高分子前药物。该材料把药物通过化学键耦合在聚氨酯链上，可被某种酶所控制降解，释放出其中所包含的药物（或生长因子）。该材料是一种创新的药物释放系统，可用于医用植入件、药物控制释放及组织工程等方面。已有2项发明专利（公开号 CN 101099867 A和 CN 101099868A）。The new type of biomedical material, polyurethane/drug conjugate biodegradable by enzyme, is a novel polymer prodrug. The material, which is produced by means of bonding drug to the backbone of polyurethane, is degradable controlled by a specific enzyme so as to release the containing drug (or growing factor). The material is an innovative drug delivery system and can be used in medical implant, drug controlled delivery and tissue engineering. Two Chinese patent of invention have been applied (CN 101099867 & CN 101099868A). 联系单位：福州大学联系人：董声雄电话真：0591-838527013、高性能聚丙烯专用树脂研发及产业化Research and industrialization of high performance polypropylene speciality resin该项目系以聚丙烯为原料，以自主研发的芳纶纤维阴离子聚合尼龙6、晶型成核剂、丙烯酸丁酯原位聚合改性蒙脱土为改性剂，聚丙烯熔融接枝马来酸酐作增容剂，采用原位插层聚合、阴离子聚合、熔融接枝等方法经挤出造粒制备高性能聚丙烯专用树脂。In this project, the high performance polypropylene speciality resin is produced by several preparation methods including in-situ intercalation polymerization, anionic polymerization and melt grafting via extrusion pelletization with polypropylene as the main material, self-development nylon-6 modified by aramid fiber through anionic polymerization, crystal form nucleator, montmorillonite modified by in-situ polymerization of butyl acrylate as modifiers, a new melt graft copolymer of polypropylene with maleic anhydride as compatibilizer. 联系单位：福州大学联系人：郑玉婴电话真：0591-837132544、低成本多晶硅提纯及其太阳能电池的研究与产业化Research and industrialization of refining for low multi-crystalline silicon and solar cells进行综合精细冶炼法研究，从硅矿石开始将工业硅的冶炼和提纯紧密结合，直接生产太阳能级硅；开展激光辐照和表面处理等技术研究，将5N多晶硅片再提纯，研制高效低成本太阳能电池；这两项新技术将突破制约我国光伏产业发展瓶颈，加速我省光伏产业发展。Engaged with the research of integrated careful metallurgical method, start from silicon ores, combine the smelt with the refining of MG-Si cheek by jowl, firsthand produce SoG-Si; studying laser radiation and surface treatment technology, re-purifies 5N multi-crystalline silicon and manufacture high efficiency solar cells. The two technologies will break through bottleneck which restrict Chinese photo-voltage industry development, will gather way Fujiang province photo-voltage industry development.联系单位：厦门大学物理与机电工程学院联系人：陈朝电话真：059221894265、氧化铝陶瓷粉体和六英寸陶瓷球阀的研发及产业化The R & D and industrialization of fine alumina powder and ceramic ball valves of six inches超细氧化铝粉主要用于精细陶瓷和电子陶瓷有关的制造业和高技术产业；此外，高纯超细氧化铝粉还广泛应用催化剂和催化剂载体、复合及涂层材料、生物医药材料、光学材料等。陶瓷球阀在国内已广泛用于石油化工、矿山冶金、电站能源、医药造纸等领域。The ultra-fine alumina powders are mainly used in manufacturing and high-tech industries, in addition, the high-purity and ultra-fine alumina powders are also widely used in catalysts and catalyst carriers, electronic industry, coatings and composite materials, biomedical materials, and optical materials.The ceramic ball valves have been widely used in petrochemical, mining and metallurgy, energy power station, medical paper, and other fields in our country.联系单位：厦门大学材料科学与工程系联系人：程璇电话真能糖兼用甘蔗优良种质的评价与利用Evaluation and application of novel materials of energy cane imported 通过高校与企业合作，发挥各自优势，对引进的能糖兼用甘蔗优良种质进行评价利用,通过消化吸收筛选1-2个高产、高糖、适于机械化生产的优良糖能兼用品种或亲本、3-5个优良品系，为生物能源提供技术支撑。To select one or two novel varieties and three to five germplasms of energy cane through evaluation of materials imported by cooperation between university and corporation. The varieties should have traits like a high population of stalks, high sugar per ton of cane, and suitable for harvest by machines. The products will be core techniques to back up development of biomass fuel. 联系单位：福建农林大学作物科学学院联系人：陈平华电话真：0591-837891777、水性聚氨酯鞋用胶粘剂的研制与应用开发The preparation and application of waterborne polyurethane adhesive for footwear sole bonding制备了一种基于水性聚氨酯分散体的胶粘剂，可用于鞋大底粘接。该胶粘剂初粘力强，树脂含量高，性能与传统有机溶剂胶相当，适合工业化高效生产，耐黄变，具有更广泛的基材粘接适用性，几乎不含有有机溶剂，对环境和使用者友好。 生产这类产品对于满足社会日益增长的对环保产品的需求具有重要作用。Adhesives based on polyurethane dispersions were prepared for footwear sole bonding. The adhesives provide excellent initial bond strength and high solids content for high production efficiency, achieving the same high level of performance that you have come to expect from solvent-based polyurethanes. They do not discolor over time and have outstanding bonding properties on most synthetic and natural materials. They are environmentally friendly and provide a safer workplace for employees because of their low VOC content. Due to rising concerns for protecting the environment, adhesives based on polyurethane water dispersions have become increasingly important throughout the world.联系单位：中科院福建物质结构研究所联系人：郑发鲲电话真：0591-837149468、光谱调制型透明玻璃陶瓷材料Down-conversion luminescent transparent glass ceceramics具有优良下转换和近红外量子剪裁发光特性的透明玻璃陶瓷，可以对太阳光进行频谱调制。将其与硅太阳电池结合构成新型电池组件，将有效扩展太阳光谱响应范围或增强响应强度，提高光电转换效率。The transparent glass ceramics with excellent down-conversion and quantum cutting luminescence performances could be used to modify the sun light frequency. Combination it with Si solar cell may result in the expansion of the effective frequency region or the increasing of the responsibility of the cell, and finally the enhancement of the energy conversion efficiency.联系单位：中科院福建物构所联系人：郑发鲲电话真：0591-837149469、水泥基渗透结晶型防水涂料的研制开发Research and Development of Cementitious Capillary Crystalline Waterproof Material 本项目选取活性硅和催化剂等多种关键性物质组合及地方辅材的特点，并优化配方，改进生产工艺，生产了水泥基渗透结晶型防水涂料。该产品有价格低，性能好，生产时无废气、废水、废渣产生，对人体健康无影响，符合环境保护和劳工安全卫生要求。The project is aiming at producing cementitious capillary crystalline waterproof material by utility of key materials like active silica and catalyst with optimized formula and improved production technique. The products meet the requirements of environmental protection and labor safety and hygiene demand featuring low price and high performance, with no exhaust, effluent and residue during production, doing no harm to body health. 联系单位：福建省宁德市建工防水材料工程有限公司联系人：许永章电话：05932733733传真：0593273373310、D2-11AM3辐照四波段高亮度光源组件管壳D2-11AM3 Four-band & high-brightness irradiation Tube-shell Assembly 本项目克服了异材连接、管壳机械强度和可伐玻璃细与管壳焊接处漏气的工艺难点，解决了产业化技术问题。生产了管壳已成功地应用于尖兵四号卫星工程，产品达到国内先进水平，为国防做出贡献。该产品在光电器件封装方面具有特殊结构和性能，如散热性好，可靠性高，填补国内空白。The project solves the technique difficulties of biomaterial connection, tube-shell mechanical strength, ultrafine kovar glass and leaking of welded joint and the problem of industrialization. The tube-shell has been applied to Jianbing Satellite Engineering IV, need the international advanced level, making great contribution to national defence. The product has been adapted to optoelectronic devices, featuring good heat dispersion and high reliability filling Chinas blank. 联系单位：福建闽航电子有限公司联系人：陈小红电话真：0599860934511、高强高导铜母线High-strength & High-conductivity Copper Bar引进先进的生产线，完善生产工艺，实现产品批量生产。产品可满足国内大型水电站、核电站、机场、地铁、高速列车、军工等大项目的需要，提升了铜业加工在高强高导材料方面的技术水平。用它制作的各种输变电、电器装备，具有节约材料、减低电耗、减低装备温升、提高安全性的特点。产品可替代进口。The project introduces advanced production line to improve production technique and realize large-scaled production. The products can be used to big projects like large hydropower station, nuclear power plant, airport, subway, high-speed train and military industry. It can replace the imported on transmission and transformation devices featuring materialsaving, low power-wasting, infrastructure temperature-raising reduction and safety. 联系单位：福州广福有色金属制品研究所联系人：朱长榕电话：059187913678传真：05918791367812、铝合金熔体绿色精炼新技术The New Technology of Green Refinement on Aluminum Alloy Melt铝合金熔体绿色精炼新技术在国内多家铝合金生产厂家（如中铝瑞闽铝板带有限公司、江阴新仁科技有限公司、广州立中锦山合金有限公司、河南中孚实业股份有限公司等）投入使用后，效果显著。该技术与传统熔剂精炼工艺相比，其优势体现在以下几个方面：铝熔体除【H】率达30以上；节约能源、降低综合燃料利用量达1左右；炉渣量比熔剂处理工艺降低30以上；熔化率提高18以上；金属铝损耗比传统工艺下降50左右；净化成本仅为盐熔剂的1/2等等。该技术实现绿色冶金节能减排要求,解决了铝加工业存在的共性技术难题,将填补铝行业的空白。The new technology of green refinement on aluminum alloy melting has been used by several domestic aluminum alloy producers (such as Chinalco Ruimin Co., Ltd, Jiangyin Xinren Science and Technology Co., Ltd, Guangzhou Lizhong Jinshan Alloy Co., Ltd and Henan Zhongfu Industrial Co., Ltd, etc.) and the effect is remarkable. Compared with traditional flux refining technics, its advantages embodies in the following areas: Environment-friendly, no discharging of pollutant with high content of chlorine and fluorine; the hydrogen removal rate of molten aluminum is more than 30%; save energy and reduce use of integrated fuel capacity about 1%; the handling capability of furnace slag decreased more than 30% than flux process technics; melting rate increased more than 18%; the wastage of metal aluminum declined about 50% than traditional technics; purifying costs is only 1 / 2 of salt flux, etc. The technology meets the demands of green metallurgy, energy saving and discharge reducing. It solves the common problems and fills up the blank space in the aluminum processing industry.联系单位：福州麦特新高温材料有限公司联系人：柯东杰电话真：0591-8375737513、无污染生产Al-Ti-B、Al-Ti-C细化剂的新技术The New Technology of Producing Al-Ti-B, Al-Ti-C Grain Refiner with No Contamination无污染的特点，生产过程中严控各相关参数，合理优化合金加入方式和处理温度，在保证合金最优成分配比的情况下生产出高质量的晶粒细化产品。该技术生产的Al-Ti-B、Al-Ti-C细化剂具有细化效果好、Ti、B（或C）利用率高、细化效果稳定、可实现细化处理的连续性及改善工人劳动条件等优点。随着铝合金半连续和连续铸造的发展，Al-Ti-B、Al-Ti-C细化剂将得到更加广泛的应用。 The producing technology of Al-Ti-B, Al-Ti-C grain refiner developed by this project has the advantages of high efficiency, energy saving and no contamination. Correlative parameters are strictly controlled during producing process. The ways to add alloys and the processing temperature are effectively optimized. The high-quality grain refiner products are produced with assured optimizing alloys matching.The Al-Ti-B, Al-Ti-C grain refiners produced