【正版全新】 化学传感器:仿真与建模:第4卷:上册:光学传感器Ghenadii Korotcenkov[主编]哈尔滨工业大学出版社9787560349060 2025 chm pdf kindle rb azw3 下载 115盘

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PREFACE

ABOUT THE EDITOR

CONTRIBUTORS

1 ATOMISTIC SIMULATION OF HIERARCHICAL NANOSTRUCTURED MATERIALS FOR OPTICAL CHEMICAL SENSING

1 Introductio

2 Hierarchical Nanomaterials: Construction and Organization Principles; Materials Construction by the Bottom-Up Principle

2.1 Hierarchical Nanomaterials for Nanophotonics and Their Sensing Potentialities

2.2 Space-Time Scale Hierarchy and the Structure of Nanomaterials for Nanophotonics

2.3 Structure of Nanomaterials for Optical Chemical Sensors: From a Molecule to a Supramolecular Center, Nanoparticle,and Nanomaterial

3 Hierarchy ofAtomistic Simulation Methods Corresponding to Scale Hierarchy

4 Atomistic Multiscale Simulation of Hierarchical Nanomaterials for Optical Chemical Sensors: Step by Step

4.1 Supramolecular Level: Calculations of Molecular Interactions between Gas-Phase Analyte Molecules and Simple Substrate Models

4.2 Supramolecular Level: DFT Calculations of the 9-Diphenylaminoacridine (9-DPAA) Fluorescent Indicator and Its Interactions with Analyte Molecules

4.3 Multiscale Level: MD/DFT Slab Modeling of the Adsorption of Simple Organic and Inorganic Molecules on an Amorphous Silica Surface

4.4 Multiscale Level: MD/DFT Cluster Modeling of a 9-DPAA/ Silica RC and Its Interaction with Small Analyte Molecules

4.5 Multiscale Level: MD/DFT Cluster Modeling of the Effect of Analyte Molecules on the Absorption and Fluorescence Spectra of a 9-DPAA/Silica RC

4.6 Multiscale Level: Modeling the Structure and Spectra of an RC Based on the Nile Red Dye Adsorbed on the Surface of Polystyrene

5 Prospects and Outlook

Acknowledgments

References

2 SELF-ASSEMBLING AND MODELING OF SENSING LAYERS: PHOTONIC CRYSTALS

1 Introductio

2 Photonic Crystals

3 Methods of Modeling Spontaneous Emission Modificatio

3.1 Correspondence Principle

3.2 Dipole Near a Surface

3.3 Modeling the Modification of Spontaneous Emission Based on the Finite-Difference Time-Domain Method

4 Conclusio

References

3 OPTICAL SENSING BY METAL OXIDE NANOSTRUCTURES: PHENOMENOLOGY AND BASIC PROPERTIES

1 Introductio

2 Optochemical Sensing by Ode Materials: Methods Not Based on Photoluminescence

2.1 Approaches to Optical Sensing

2.2 Ode-Based Optochemical Sensing Using Absorbance

Responses

4 SIMULATION AND MODELING OF HYDROGEN LEAK SENSORS BASED ON OPTICAL FIBER GRATINGS

5 SIMULATION AND MODELING OF SURFACE PLASMON RESONANCE-BASED FIBER OPTICAL SENSORS

INDEX

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