学术论文：功能表性可动物降解塑料聚己内酯的合成图片、分析方法及温性能网页链接：//www.atlantis-press.com/proceedings/icismme-15/21016著者：高伟娜,熊艳照节选：了解一堆种制作工作基团圆己内酯 (PCL) 的新办法，设计的并生成了六种工作基团封终端的 PCL（PCL-OH、PCL-Boc 和 PCL-NH2）。用傅立叶更改红外光谱仪 (FTIR)、核磁振动 (NMR) 和热重分享 (TGA) 分析方法了哪些工作性 PCL 的构成、型式和温性能。然而反映出，PCL-OH、PCL-Boc 和 PCL-NH2 已经是功生成。该新技术多工作生成公司可作为一编可微生物体分解的工作基团封端共聚酯纤维树脂，都可以于制作新技术可微生物体分解聚酯纤维树脂活力体。

AbstractA new approach for preparing polycaprolactone (PCL) with functional groups was introduced, by which three kinds of functional group-terminated PCLs (PCL-OH, PCL-Boc and PCL-NH2) were designed and synthesized. The composition, structure, and thermal property of these functional PCLs were characterized by FTIR, NMR and TGA. The results show that PCL-OH, PCL-Boc and PCL-NH2 were synthesized successfully. This new versatile synthetic platform can provide a large family of biodegradable, functional group-terminated copolyesters which are useful for the preparation of novel biodegradable polyester elastomer.兰州杏彩体育平台 生物技术供给对应食品：PEG-PLGA奈米胶束装载荧光纺织染料PEG-PLGA纳米技术胶束异常开发（接触面可表达*体、多肽、小原子、适用体等）PCL-OHPCL-COOHPCL-COORPCL-NH2以内短文的内容因素常见期刊论文或期刊论文，见谅侵犯著作权请链接自己删掉！