第2卷 电导型传感器 下册-化学传感器:仿真与建模-影印版

preface
about the editor
contributors
7 experimental investigatiox and modeling of gas-sensing effectin mixed metal oxide nanocomposites
　1 introduction
　2 types of mixed metal oxides
　3 synthesis of metal oxide nanocomposites
　4 charge transfer processes and conductivity
　5 conductivity mechanism
　6 sensor properties
　7 mechanism of sensor effect
　　7.1 sensors based on single nanofibers
　　7.2 polycrystalline sensors
　8 modeling of the sensory effect for reduced gases
　　8.1 qualitative discussion of the sensory mechanism
　　8.2 equilibrium electronic characteristics of sno2
　　8.3 sensor response
　9 conclusions
　acknowledgment
　references
8 the influence of water vapor on the gas-sensing phenomenonof tin dioxide-based gas sensors
　1 introduction
　2 direct water effects on tin dioxide-based gas sensors
　　2.1 undoped sno2
　　2.2 doped sno2
　3 indirect water effects on tin dioxide-based gas sensors
　　3.1 reducing gases
　　3.2 oxidizing gases
　4 phenomenological model
　5 conclusions
　acknowledgments
　references
9 computational design of chemical nanosensors:transition metal-doped single-walled carbon nanotubes
　1 introduction
　2 tm-doped swnts as nanosensors
　3 density functional theory
　4 kinetic modeling
　5 nonequilibrium green's function methodology
　　5.1 divacancy ii
　　5.2 divacancy i
　　5.3 monovacancy
　　5.4 target and background molecules
　6 sensing property
　7 conclusions
　acknowledgments
　references
　……
10 al-doped graphene for ultrasenstive gas detection
11 physics-based modeling of sno2 gas sensors with field-effect transistor structure