an up-to-date overview of the technique for trapping and manipulation of micro and nanoparticles with light, sound, temperature gradients and electric fields.
an up-to-date overview of the technique for trapping and manipulation of micro and nanoparticles with light, sound, temperature gradients and electric fields.
Lin Feng is a professor/doctoral supervisor of Beihang University, Changjiang Scholar of Ministry of Education of China, Beijing Outstanding youth, "Beijing New Star of Science and Technology." He is a member of the IEEE International Technical Committee on Micro and Nano Robotics, a member of the SCI-indexed journal "Bio-Design and Manufacturing", "Frontiers in Robotics and AI", and Science cooperative journal "Cyborg and Bionic Systems". He has published more than 150 academic papers and one textbook on "Introduction to Micro and Nano Robotics". His research interests include precision technology and medical fundamental research on targeted drug delivery field-controlled micro-nanorobots, which is supported by the National Key R&D Program for Intelligent Robotics.
Inhaltsangabe
1. INTRODUCTION 1.1 History Background and Brief Overview 1.2 Importance and Applications in Various Fields
2. FUNDAMENTALS OF OPTOELECTRONIC TWEEZERS 2.1 Types of OET Device 2.2 Working Mechanisms 2.3 Finite Element Simulation Analysis
3. OPTICS AND LIGHT SOURCE 3.1 Optics Involved in Optoelectronic Tweezers 3.2 Light Source and Characteristics
4. ELECTRO-OPTICAL INTERACTIONS 4.1 Interaction between Light and Electric Field 4.2 Selection and Preparation of Photoelectric Materials
5. EXPERIMENTAL TECHNIQUES AND SETUPS 5.1 Overview of Experimental Setup 5.2 Detailed Description of the Optoelectronic Tweezer Device 5.3 Advanced OET Product Introduction 5.4 Common Challenges and Solutions
6. APPLICATIONS IN BIOLOGYY 6.1 Manipulation of Biological Entities 6.2 Biomedical Applications and Advancements
7. APPLICATIONS IN PHYSICS AND MATERIALS SCIENCE 7.1 Manipulation of Micro Particles 7.2 Manipulation of Nano Particles 7.3 Manipulation of Droplet 7.4 Manipulation of Micromachines
8. INTEGRATION WITH OTHER TECHNOLOGIES 8.1 Integration with Microfluidics 8.2 Photocuring Technology 8.3 Electrowetting Technology 8.4 Image Recognition
9. CASE STUDIES AND EXPERIMENTS 9.1 In-Depth Analysis of Notable Experiments 9.2 Case Studies Showcasing Diverse Applications
10. CHALLENGES AND FUTURE DIRECTIONS 10.1 Current Challenges 10.2 Innovation and Ongoing Research 10.3 Future Development Direction and Suggestions
1. INTRODUCTION 1.1 History Background and Brief Overview 1.2 Importance and Applications in Various Fields
2. FUNDAMENTALS OF OPTOELECTRONIC TWEEZERS 2.1 Types of OET Device 2.2 Working Mechanisms 2.3 Finite Element Simulation Analysis
3. OPTICS AND LIGHT SOURCE 3.1 Optics Involved in Optoelectronic Tweezers 3.2 Light Source and Characteristics
4. ELECTRO-OPTICAL INTERACTIONS 4.1 Interaction between Light and Electric Field 4.2 Selection and Preparation of Photoelectric Materials
5. EXPERIMENTAL TECHNIQUES AND SETUPS 5.1 Overview of Experimental Setup 5.2 Detailed Description of the Optoelectronic Tweezer Device 5.3 Advanced OET Product Introduction 5.4 Common Challenges and Solutions
6. APPLICATIONS IN BIOLOGYY 6.1 Manipulation of Biological Entities 6.2 Biomedical Applications and Advancements
7. APPLICATIONS IN PHYSICS AND MATERIALS SCIENCE 7.1 Manipulation of Micro Particles 7.2 Manipulation of Nano Particles 7.3 Manipulation of Droplet 7.4 Manipulation of Micromachines
8. INTEGRATION WITH OTHER TECHNOLOGIES 8.1 Integration with Microfluidics 8.2 Photocuring Technology 8.3 Electrowetting Technology 8.4 Image Recognition
9. CASE STUDIES AND EXPERIMENTS 9.1 In-Depth Analysis of Notable Experiments 9.2 Case Studies Showcasing Diverse Applications
10. CHALLENGES AND FUTURE DIRECTIONS 10.1 Current Challenges 10.2 Innovation and Ongoing Research 10.3 Future Development Direction and Suggestions
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