多孔纳米材料的特性及应用

5 多孔半导体材料及用于气体传感器的优缺点

1 引言

2 多孔半导体：制备原理与特性

3 基于多孔半导体的气体传感器——方法和特点

4 应用于微加工传感器技术中的多孔硅的优点

5 展望

6 致谢

参考文献

6 有序介孔膜的合成、性质及其在气体传感器中的应用

1 引言

2 电阻式气体传感器的孔隙度

3 合成方法

4 总结

参考文献

7 以沸石为基本材料的化学传感器

1 引言

2 沸石——特性及应用

3 沸石作为化学传感器中的辅助相

4 沸石作为功能（敏感）相

5 结论

参考文献

8 纳米复合材料的制备及其在化学传感器中的应用

1 引言

2 纳米复合材料的类型

3 纳米复合材料制备的一般方法

4 金属氧化物基纳米复合材料

5 聚合物基纳米复合材料

6 碳纳米管基纳米复合材料

7 贵金属基纳米复合材料

8 展望

9 致谢

参考文献

索引

丛书书目

Chemical sensors are integral to the automation of a myriad industrial processes， as well as everyday monitoring 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 chemi-cal sensors and their applications. This will become 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 mate-rials used for chemical sensors and their applications， with volmnes 1 through 3 exploring the materials used for chemical sensors —— their properties， their behavior， their composition， and even their manufac-turing 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 Cbemical Sensors Vohone 2， the newest addition to The Sensors Technology Series， edited by Joe Watson. In this second volume； Nanostructured Materials， new devel-opments in the use of nano-sized materials for chemical sensing applications are explored in detail. With chapters written by researchers who are at the fi3refront of their field， the hook presents the latest find-ings on one-dimensional metal oxide strnctures， carbon nanotubes， fullerenes， and metal nanoparticles for use in new chemical sensing technologies. Also covered are the materials processing and physical and chemical properties of nano-scaled sensing materials. Inside， you will find background and guidance on：
　　An overview ofnanomaterials， including what they are， how they are made， and how they are uniquely different from bulk， macroscale materials
　　Coverage of quasi-ID metal oxide structures， including their synthesis， characterization， and application as chemical sensors
　　Developments in sensors based on monolayer-capped metallic nanoparticles
　　New research on porous semiconductors—— their advantages and disadvantages for gas sensor applications， as well as on ordered mesoporous films and membranes
　　The latest advances in chemical sensors based on nanotubes and fullerenes， as well as zeolites
　　The fabrication and application ofnanocomposites for chemical sensor applications