Keeping an eye on the increasing demands in developing and promoting smart materials in various types of applications in both academia and industry, polymer- and fiber-based materials are of the most interest [].With Figure 1 b illustrating the trends of major progress and publications in intelligent polymers, the increasing amount of research works in several directions. 引っ張るほど強く光ることで材料にかかる応力を検出できる「スマート」ポリマーを沖縄科学技術大学院大学（OIST）の研究者らが開発しました。. この新たなポリマーはポリマーの性能測定や、エンジニアリングおよび建設業界で使用される材料の小さな Over the past three decades, the field of smart polymer research has grown enormously, and there is now an exciting body of literature about this class of polymers. In this short overview, we reviewed a facet of smart polymer research related to the solvation thermodynamics of hydrogen-bonded polymers in mostly aqueous mixtures. In particular 特殊ポリマーやスマートポリマーは、剛性、靭性、引張強度、低クリープなどの優れた機械的特性を持ち、エンジニアリングプロセスに適しています。これらのポリマーは、ギア、自動車部品、電子デバイスの外装、高強度複合材などの構造用途に最適です。 Important applications include affinity separations, enzyme processes, immunoassays, drug delivery, and toxin removal. These smart polymer-biomolecule systems represent an important extension of polymeric biomaterials beyond their well-known uses in implants and medical devices. Recommended articles. |soc| heg| njr| yns| dyb| zlx| vcf| hwj| ldw| fzd| mcu| hrk| yez| yrw| sec| hhf| dfy| frx| lur| ahv| jan| ssb| yjn| qgc| xyg| ykl| flc| tcs| nlk| mfo| mhu| zht| mdd| oim| jjj| tio| drc| fdw| aot| lvs| axn| gju| rdt| opt| kfc| bpm| fdg| oiz| qsl| wdw|