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  • 正版 化学传感器:仿真与建模:第4卷:下册:光学传感器 Ghenadii Ko
  • 新华书店旗下自营,正版全新
    • 作者: Ghenadii Korotcenkov[主编]著 | Ghenadii Korotcenkov[主编]编 | Ghenadii Korotcenkov[主编]译 | Ghenadii Korotcenkov[主编]绘
    • 出版社: 哈尔滨工业大学出版社
    • 出版时间:2014-11-01
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    • 作者: Ghenadii Korotcenkov[主编]著| Ghenadii Korotcenkov[主编]编| Ghenadii Korotcenkov[主编]译| Ghenadii Korotcenkov[主编]绘
    • 出版社:哈尔滨工业大学出版社
    • 出版时间:2014-11-01
    • 版次:1
    • 印次:1
    • 印刷时间:2015-01-01
    • 页数:502
    • 开本:大32开
    • ISBN:9787560349077
    • 版权提供:哈尔滨工业大学出版社
    • 作者:Ghenadii Korotcenkov[主编]
    • 著:Ghenadii Korotcenkov[主编]
    • 装帧:平装
    • 印次:1
    • 定价:90.00
    • ISBN:9787560349077
    • 出版社:哈尔滨工业大学出版社
    • 开本:大32开
    • 印刷时间:2015-01-01
    • 语种:英语
    • 出版时间:2014-11-01
    • 页数:502
    • 外部编号:8416191
    • 版次:1
    • 成品尺寸:暂无

    PREFACE
    ABOUT THE EDITOR
    CONTRIBUTORS
    7 NOVEL LONG-PERIOD FIBER GRATING SENSOR BASED ON DUAL-PEAK RESONANCE AND SPR
    1 Introduction
    2 Dual Peak Resonance in Coated LPFG
    2.1 Coupled Theoretical Analysis of Coated LPFG
    2.2 Determination of Dual Resonance Wavelengths
    2.3 Transmission Characteristics of Dual Resonance LPFG
    3 Model Analysis Of SPR-Based LPFG with Metal Coating
    3.1 Establishing the Complex Characteristic Equation
    3.2 Equation Solution Method
    3.3 Intensity Profile of Cladding Mode
    4 Optimization of Coated LPFG Sensor Based on DPR and SPR
    4.1 Definition of Sensor Sensitivity
    4.2 Optimization of Design of LPFG Sensors
    5 Dispersion in Metal-Coated LPFG Sensors
    5.1 Dispersion Expression
    5.2 Material Dispersion Influence on Resonance Characteristics
    5.3 Jump Region in Response of Resonance Wavelength
    5.4 Optimization Based on Consideration of Dispersion
    6 Conclusion
    Acknowledgments
    References
    8 ANALYTICAL APPROACHES TO OPTIMIZATION OF GAS DETECTION USING FABRY-PEROT INTERFEROMETERS
    1 Introduction
    1.1 Gas Sensor Design
    2 The Narrow-Gap FPI Gas Sensor
    2.1 Sensor Response and the Cross-Correlation Spectroscopy Principle
    2.2 Optimal FPI Mirror Refiectivity
    2.3 Multiple Gas Sensors Based on the Narrow-Gap Design
    2.4 Narrow-Gap Sensor Design with a Narrow Band-Pass Filter
    2.5 Narrow-Gap Sensor Design and MEMS
    3 The Wide-Gap FPI Gas Sensor
    3.1 The Convolution Method
    4 Internal Reflection Effects
    5 Conclusions
    References
    9 SPECTROSCOPIC MODELING OF MID-INFRARED CHEMICAL SENSORS
    1 Introduction
    2 Example #1: Accessing the "Active" Sensing Regions of an ATR Element via Ray Tracing
    3 Example #2: Sensor Response Simulation-Toward Virtual
    Calibrations
    3.1 Experimental Spectra Acquisition
    3.2 Dielectric Function Modeling
    3.3 Model Establishment and Validation
    3.4 Sensor Response Simulation
    3.5 Spectrum Prediction
    4 Example #3: Extended Applications
    4.1 Exploration of the Sources of Deviations in Beers Law Plots
    4.2 Optical Tolerance Study I: Assessing the In-Coupling Ratio-Sharpness of the Focal Point
    10 FINITE-ELEMENT MODELING OF INFRARED SENSORS
    11 DESIGN AND OPTIMIZATION OF OPTICAL GAS SENSOR SYSTEMS
    12 SIMULATION AND MODELING FOR OPTICAL DESIGN OF LASER REMOTE SENSING FOR GAS MEASUREMENTS

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