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中国｜ 乌克兰｜白俄罗斯
三国国家科学院
宁波市人民政府
联合主办
第十届先进材料与技术国际会议
10月24-26日
宁波市 宁海县
大会官方语言英语
会场安排同声传译
大美宁波
诗画宁海
诚
邀
参
会
宁海因海得名、因海而美、因海而兴。地处宁波最南部，濒临三门湾、象山港，接壤天台山、四明山，是宁波的水缸和绿肺。
在“大气、硬气、正气、和气”的宁海精神熏陶下，走出了天下读书种子方孝孺、左联五烈士柔石、国画大师潘天寿等名家大儒，也吸引了中华游圣徐霞客、东晋道教领袖葛洪，是读万卷书、行万里路、送万家福的地方。
近年来在抓好传统产业转型升级的同时，抢先布局发展战略性新兴产业，形成了 具、汽车及零部件、模具和生命健康、新能源、新材料等“3+3+X”产业发展体系。
外方嘉宾 带来成果
广泛征集 寻求合作
KeYanChengGuo
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科研成果
广泛寻求合作
1. Ti-based metal-matrix composites.
钛基金属复合材料
2. Al-based metal-matrix composites.
铝基金属复合材料
3.TiC reinforced Fe-based composites.
TiC增强铁基复合材料
4.New oxide and nonoxide ceramics.
新型氧化物和非氧化物陶瓷
5. Ultra high temperature ceramics.
超高温陶瓷
6.New high temperature Ti-based and Nb-based alloys.
新型高温钛基和铌基合金
7. New high-strength aluminum alloys.
新型高强度铝合金
8.Materials for heat and wear-resistant coatings.
耐热和耐磨涂层材料
9. Improving the efficiency of Fe-based cast alloys modification by using of powder modifiers.
使用粉末助剂提高铁基铸造合金改性的效率
10. New tool steel for warm die forging of Al and Cu alloys.
用于铝和铜合金的温模锻的新型工具钢
11.The process of manufacturing of bimetallic tube elements from different metals by drawing with thinning.
通过减薄拉制从不同金属制造双金属管元件的过程
12. New high-strength (Α + Β) - titanium alloy with UTS ≥ 1200 MPa.
新型高强度(A +Β)-钛合金，UTS≥1200MPa
13.Amorphous and nanocrystalline alloys for industrial applications.
工业应用的非晶和纳米晶合金
14. Nanostructured anisotropic sintered rare earth – transition metals magnets.
纳米结构各向异性烧结稀土 - 过渡金属磁体
15. Cermet (Ti,Cr)B2–NiAl composite powders for gas-thermal deposition of coatings.
用于气体热沉积制备涂层的金属陶瓷(Ti，Cr)B2-NiAl复合粉末
16.New CBN-based super hard materials.
新型CBN超硬材料
17.Boron carbide composite with carbon fibers.
含碳纤维的碳化硼复合材料
18.High-strength (LAB6-TIB2)-based composites.
高强度（LAB6-TIB2）基复合材料
19.Composite membranes based on inert macroporos polymers modified with inorganic nanoparticles for processing of wastes and feedstock of food industry.
无机纳米粒子改性的惰性大孔聚合物的复合膜，用于加工食品工业中的废物和原料
20.Extra high temperature resistant polymers and composites.
耐高温聚合物和复合材料
21. Modified epoxy nanocomposite coatings for friction units of transport vehicles and restoring of transport vehicles.
改性环氧纳米复合涂料，用于运输车辆的摩擦副和运输车辆的修复
22. echnology of utilisation of metal containing sludge waste products for manufacturing of wearproof materials.
用于制造耐磨材料的含金属污泥废物的利用技术
23.Technology for manufacturing of ferrosilicon alloy by utilization of heat power plant ash wastes.
利用热电厂灰废料制造硅铁合金的技术
24. Composites based of hydrated zirconium dioxide modified with advanced carbon nanomaterials
先进碳纳米材料改性的水合二氧化锆复合材料
25.Innovative pulsed discharge technologies for manufacturing of new powder composites.
用于制造新型粉末复合材料的创新脉冲放电技术
26. Technology for manufacturing of high-strength modified basalt fibers.
制造高强度改性玄武岩纤维的技术
27. Utilization of basalt fibers and basalt scales in composite materials.
玄武岩纤维和玄武岩鳞片在复合材料中的应用
28.Technologies of powder metallurgy in the production of dental and orthopedic implants.
用于制造牙科和整形外科移植体的粉末冶金技术
29.Highly-porous ceramics based on biogenic hydroxyapatite for reconstructive surgery.
用于重建手术羟基磷灰石多孔陶瓷
30. Bioactive ceramics and new technologies for its application
生物活性陶瓷及其应用的新技术
31.A novel titanium-based alloy for stomatology and implant surgery.
一种用于口腔医学和植入手术的新型钛基合金
32. Innovations in cancer chemo- end radiotherapy.
癌症化学放疗的创新
33.Novel energy-saving additives for eco-friendly biobased lubricating compositions.
用于环境友好型生物基润滑剂的新型节能添加剂
34.Novel Mg-based compounds, alloys and composites as effective hydrogen storage materials.
新型镁基化合物、合金、复合材料，用作高效的储氢材料
35.Advanced electroslag technologies.
先进的电渣冶金技术
36. Advanced technology for fabrication of nickel-plated hexagonal boron nitride powder.
制造镀镍六方氮化硼粉末的先进技术
37. Advanced technologies for production of bulk ceramic nanocomposites.
用于生产块体陶瓷纳米复合材料的先进技术
38.New filler material for titanium welding.
用于钛焊接的新型填充材料
39. Copper-Carbon nanotube composite material for reliable high-current contact materials with enhanced wear resistance
铜 - 碳纳米管复合材料，用作强电流触头材料，具有增强的耐磨性
40. New technology of liquid steel gas treatment with a finely bubble mode using a bottom porous blowing device.
采用底部多孔吹气装置的精细气泡模式的液态钢气体处理新技术
41. New technologies of electron beam melting and coating.
电子束熔化和涂层制备新技术
42. MHD-equipment and casting technologies with using of electromagnetic pressure.
使用电磁压力的MHD设备和铸造技术
43. Complex of equipment for preparation of high-strength aluminium deformable alloys and making from them of ingots by the method of semi-continuous casting
用于制备高强度可变形铝合金的设备组，通过铸锭半连续铸造的方法制造
44. Technologies of processing alloys by immersed plasma jet into liquid metal
通过浸入等离子体射流加工成液态金属合金的技术
45. Technology for producing of high-strength aluminum by roll casting.
通过辊铸生产高强度铝的技术
46. High temperature and wear resistant Co-based alloys.
耐高温和耐磨的Co基合金
47. Technology for Production of Soft Magnetic Amorphous and Nanocrystalline Alloys, Magnetic Cores and Inductive Components.
一种用于生产软磁非晶、纳米晶合金、磁芯和电感元件的技术
48.Biocompatible low moduli Zr-Ti-Nb based alloys and semi-products for medical application.
用于医疗应用的具有生物相容性且低模量得Zr-Ti-Nb合金和半成品
49. Cost-effective production of powder metallurgy titanium components.
低成本粉末冶金生产钛组件
50. Extended lifetime functional shape memory materials.
延长寿命的功能形状记忆材料
51. Cast and wrought high strength Al-based alloys for aerospace applications.
应用于航空航天的铸造和锻造高强度铝合金
合作联络方式
陈女士
手机：188 6891 5416
E-mail: chenyan@polydt.com
捷尼斯
Myroniuk Denys
手机：18352969035
E-mail：13911609821@139.com
会议议程
会议联络方式
吕先生
手机：15958265090
E-mail: skysea@polydt.com
历史推
END
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