聚合物与其他材料的特性及应用

1 聚合物化学传感器

1 引言

2 聚合物是什么？

3 用于化学传感器中的聚合物应具备的性能

4 聚合物的合成

5 聚合物的沉积

6 聚合物的功能化

7 聚合物化学传感器

8 展望

9 致谢

参考文献

2 分子印迹（模板）——一种有前景的聚合物基化学传感器的设计方法

1 引言

2 分子印迹（模板）的基本原理

3 印迹（模板）的方法

4 印迹技术的构成

5 MIP制备方法

6 MIPs与单分子、主体分子的结合

7 印迹效应的控制

8 印迹效应在化学传感器中的应用

9 展望

10 致谢

参考文献

3 杯芳烃基材料化学传感器

1 引言

2 分子接收器与传感目标物种信号的产生

3 杯芳烃与硫杂杯芳烃

4 杯[n]芳烃的合成

5 硫杂杯M芳烃（硫桥杯芳烃）的合成

6 杯芳烃与硫杂杯芳烃的物理性质

7 杯芳烃的光谱性质与表征

8 杯芳烃与硫杂杯芳烃的构象结构

9 杯[n]芳烃的构象表征

10 杯芳烃作为化学传感器的材料

11 用于识别碱与碱土金属离子的杯芳烃基材料

12 用于检测过渡与重金属离子的杯芳烃基材料

13 用于检测与提取的双探头杯芳烃基材料

14 用于检测镧系与锕系元素的杯芳烃基材料

15 基于聚合杯芳烃的传感器材料

16 裸眼检测：用于检测离子与分子的杯芳烃基显色材料

17 杯芳烃基电活性传感材料

18 用于检测阴离子的杯芳烃基材料

19 用于检测中性分子和生物胺的杯芳烃基传感器材料

20 气体传感器中的杯芳烃基材料

21 展望

……

4 化学传感器中的生物与仿生系统

5 新型半导体材料对化学传感器的促进

6 离子导体及其在化学传感器中的应用

7 传感器材料：选择指南

索引

丛书书目

Chemical sensors are integral to the automation of a myriad industrial processes， as well as everyday moni-toring of such activities as public safety， testing and monitoring， medical therapeutics， and many more.This massive reference work will cover all major categories of both the materials used for chemical sensors and their applications. This is THE reference work on sensors used for chemical detection and analysis.
　　The Chemical Sensors references books will span 6 volumes and cover in-depth details on both materi-als used for chemical sensors and their applications， with volumes 1 through 3 exploring the materials used for chemical sensors——their properties， their behavior， their composition， and even their manufacturing and fabrication. Volumes 4 through 6 will explore the great variety of applications for chemical sensors from manufacturing and industry to biomedical uses.

Momentum Press is proud to bring you Chemical Sensors Volume 3， the newest addition to The Sensors Tech-nology Series， edited by Joe Watson. In this third Volume， Polymers and Other Materials， new applications for chemical sensing， using materials developments in polymers， calixarenes， biological and biomimetic systems， novel semiconductors， and ionic conductors， are full）， explored. This book will make it clear that chemical sensors based on these materials comprise a large part of the chemical sensors market. Inside， you will find background and guidance on：
　　An overview of polymers used in chemical sensing materials including what they are， how they are made， and how their functionality can be designed and enhanced for sensing applications
　　Molecular-Imprinting——a new approach for designing polymer-based sensors
　　New developments in calixarene-based materials for chemical sensors including their synthesis， characterization and properties and use for such things as probes for sensing and extraction， sensing ions and molecules， and use as ditopic molecular receptors
　　Advances in biological and biomimetic systems， including polymer-biomolecule assemblies， membranes， and nanobiosensors
　　New semiconducting sensing materials using diamond， gallium nitride and Ⅲ-nitrides， and nano-scale semiconducting structures
　　A unique analysis on the limits of sensing materials——and how to best choose the right material for a particular sensing objective