化学传感器：仿真与建模 第2卷 电导型传感器

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