2009高分子材料先进制造业（青岛）论坛征稿要求

征稿要求：
本次会议论文要求英文书写，字数不限。研究内容必须是原创性的，未在其它期刊或会议发表过。
论文收录情况：
本次会议论文将全部收录于《Advanced Materials Research》,被EI、Scoups以及CPCI（ISTP现是其子库）检索。
征稿范围：
本会议主要研究高分子的形成、化学结构与链结构、聚集态结构、性能与功能、加工及利用。论文集范围包含三方面主要内容：
一、 高分子化学领域
①合成高分子的各种聚合方法学、分子量和产物结构等可控的聚合反应及大分子的生物合成方法研究；②高分子参与的化学过程研究；③功能高分子，对具有电、光、磁特性、生物医用、能量转换、吸附与分离、催化与试剂、传感和分子识别等功能高分子开展研究；④超分子聚合物、超支化高分子等各种新结构和高分子立体化学研究。
二、高分子物理领域
①针对高分子凝聚态物理新概念，研究聚合物结构及其动态演变、聚合物结晶、液晶和玻璃化等转变过程，注重从单链高分子聚集态到成型过程聚集态的研究；②受限空间内高分子结构、表面与界面结构与性能、高分子纳米微结构与尺度效应、形态、结构与性能的关系研究；③高分子溶液和聚合物流变学的研究；④高分子理论计算模拟方法。
三、高分子加工和应用领域
①先进技术与装备.包括超临界流体辅助微孔发泡技术（挤出与注塑）、流体（气体、水）辅助注塑技术、复杂制品的吹塑和注塑技术、聚合物共混和纳米复合加工成型技术、高阻渗性制品成型技术、高分子材料滚塑成型新技术、静电纺丝新技术和相应的设备成型原理；②高分子材料的极限成型的研究，如高分子制品注射成型微小化、高速化的关键技术；③高分子材料新产品、模具的设计与制造技术；④高分子材料先进制造的CAD/CAE/CAM；⑤绿色产品（轮胎、包装、薄膜等）制造技术⑥高分子材料在汽车、高速列车、造船与海洋工程中的应用；⑦高分子循环再利用技术；⑧高分子基复合材料。
本次会议还会接受其它与高聚物相关的研究成果。

截稿日期：2009.5.10


Polymer science is the subject which studies on the polymer form, chemical structure and chain frame, agglomerate structure, property and function, processing and application. Its objects of study includes synthesize molecular, biological macromolecule super-molecular polymer and so on. The papers contain three aspects.
ⅠThe field of polymer chemistry:
①Study on all sorts of polymerization methods, controllable polymerization reaction of molecular weight, product structure etc, and polymer biosynthesis method; ②Study on polymer participates in chemistry process; ③Study on function polymer which has electric, light, magnet properties, biological medicine, energy conversion, absorption and apart, catalysis and reagent, sensor and molecular distinguish functions etc; ④Study on the new structure of super polymer, super branches polymer etc and polymer stereochemistry.
ⅡThe field of polymer physics:
①Physics new concept on polymer agglomerate state, study on polymer structure and polymer dynamic evolution, polymer crystal, liquid crystal and vitrification conversion process etc., single chain polymer agglomerate state to processing agglomerate state; ②Study on the relation between the restricted space polymer structure, surface, interface structure and properties, and between polymer nanometer structure and size effect, shape, structure and properties; ③Study on polymer liquid and polymer rheology; ④Polymer theory calculating simulation methods.
ⅢThe field of polymer processing and application:
①Advanced technology and equipment: supercritical flow aided micro hole forth sparkle technology (extrusion and injection), flow(gas, water)aided injection technology, complex product blowing molding and injection molding technology, polymer mixing and nanometer compound processing molding technology, high resistance exudation product molding technology, polymer material rotational molding technology, static filature technology and corresponding equipment molding theory; ②Study on limit molding of polymer material, for example, the key technology of micro and high speed of polymer products injecting molding; ③polymer material new product, mold design and manufacturing technology; ④CAD/CAE/CAM for polymer advanced manufacturing; ⑤Green products’(tire, packing, film etc)manufacture technology; ⑥polymer material application in autos, bullet train, ship building, and marine engineering; ⑦Polymer circular using technology; ⑧Polymer compound material.