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Soft Electronics for Diagnosis, Therapy,
and Integrated Systems

Soft Electronics for Diagnosis, Therapy, and Integrated Systems

Preface PART 1: Soft sensors for diagnosis &nbsp; 1 Mechanics design of flexible sensors 1.1 Design of stretchable flexible device structure 1.2 Structural Design of Substrate 1.3 Structural Designs for Spatial Integration of Device Systems &nbsp; 2 Biosensors 2.1 Wearable biosensing technology 2.2 Epidermal wearable biosensors 2.3 Ocular wearable sensors 2.4 Wound sensor &nbsp; 3 Soft sensors for disease diagnosis 3.1 Introduction 3.2 The materials and structures of flexible sensors 3.3 The application of flexible sensors in diseases diagnosis &nbsp; 4 Non-invasive detection of bio-analytes 4.1 Introduction 4.2 Biofluids of Interest for Wearable Chemical Sensors 4.3 Biofluid Enabled Platforms: Traditional to Wearable 4.4 Sampling and Detection Strategies for Biofluid-Based Wearable Sensors 4.5 Outlook &nbsp; 5 Flexible electrode for noninvasive brain-computer interface 5.1 Introduction 5.2 Development of non-invasive BCIs 5.3 Electrode technologies for non-invasive BCIs 5.4 Challenges 5.5 Conclusion &nbsp; 6 Chronic Neural Interfaces 6.1 Introduction 6.2 Architectures for Mechanical Compliance and Biocompatibility 6.3 Advanced Chronically Stable Materials for Neural Interfaces 6.4 Encapsulation for Stable Operation 6.5 Engineering Strategies for Chronic Active Sensing 6.6 Multimodal functions of long-term stable implants 6.7 Challenges and future directions &nbsp; 7 Mechanical sensors (transducer) for motion detection of human and organs 7.1 Introduction 7.2 Classification of Stretchable Mechanical Sensors 7.3 Material Architectures 7.4 Sensing Mechanisms 7.5 Representative applications &nbsp; 8 Smart optoelectronics in health monitoring and human machine interactions 8.1 Fundamentals on Photodetectors 8.2 Integrated Optoelectronic Systems 8.3 Flexible Integrated Systems Based on Photodetectors for Advanced Applications 8.4 Future Trend of Photodetectors for Soft Electronics &nbsp; 9 Wearable sensor for bioimaging 9.1 Introduction 9.2 Wearable ultrasound bioimaging sensor 9.3 Wearable photoacoustic imaging sensor 9.4 Wearable electrical impedance tomography 9.5 Wearable terahertz imaging sensor 9.6 Conclusion &nbsp; PART 2: Soft sensors for therapy &nbsp; 10 Thermotherapy 10.1Introduction 10.2 Resistive heaters 10.3 Photothermal nanomaterials 10.4 Textile devices &nbsp; 11 Soft Electronics for drug delivery 11.1 Introduction 11.2 Skin structure 11.3 Soft Electronics-assisted TTDS for drug delivery 11.4 Conclusions and perspectives &nbsp; 12 Implantable Drug Delivery System 12.1 Introduction 12.2 Categories of Soft Electronics for Drug Delivery 12.3 Challenges and Prospects &nbsp; 13 Soft robotic sensing and medicine 13.1 Introduction 13.2 Soft robotic tactile sensing 13.3 Soft robotic environmental sensing 13.4 Miniature robotic in vivo medicine &nbsp; PART 3: Soft sensors for interaction &nbsp; 14 Integration System 14.1 Power supply strategy of soft electronics 14.2 Encapsulation 14.3 Communication 14.4 Closed-loop control &nbsp; 15 Full-body Haptic User Experience in Virtual Reality 15.1 Investigating Around-head Directional Cues for Multi-task Visual-Searching Scenario in Virtual Reality 15.2 ThermAirGlove: A Pneumatic Glove for On-Hand Thermal Perception and Material Identification in VR 15.3 PropelWalker: A Leg-basedWearable System with Propeller-based Force Feedback for Walking in Fluids in VR 15.4 Conclusion &nbsp; 16 Self-powered Sensors 16.1 Introduction 16.2 Piezoelectric Sensor 16.3 Triboelectric Sensor 16.4 Piezoionic Sensor 16.5 Electromagnetic Sensor 16.6 Thermoelectric sensors 16.7 Potentiometric ion sensors 16.8 Conclusion &nbsp;

Advances in Magnetic Resonance Technology and Applications

Advanced MR Techniques for Neurodegenerative Diseases covers state of the art developments in physiologic, metabolic, functional, and microstructural MRI of the brain. It provides an overview of these approaches and includes dynamic contrast enhanced (DCE) MRI, dynamic susceptibility contrast (DSC) MRI, arterial spin labeling (ASL), chemical exchange saturation transfer (CEST) MRI, magnetic resonance spectroscopy (MRS), resting state functional MRI (rsfMRI), microscopic diffusion imaging, and quantitative susceptibility mapping (QSM). Chapters then follow that present the application of these methods to Alzheimer’s Disease and vascular dementia, small vessel disease, Parkinson’s Disease, Lewy body dementia, Huntington’s Disease, Amyotrophic Lateral Sclerosis, and Multiple Sclerosis. Advanced MR Techniques for Neurodegenerative Diseases is a comprehensive resource on the latest advanced MR techniques and their application to neurodegenerative diseases, suitable for MR engineers and physicists as well as clinicians and neuroscientists who use MR techniques for diagnosis and research.

Advanced MR Techniques for Neurodegenerative Diseases: Volume 13

Series in Materials Science and Engineering

This book provides an introduction to the geometrical and topological methods that have become essential tools for soft condensed matter physicists. The emphasis is on providing mathematical tools in clear but precise language, focusing on fundamental concepts using real examples to illustrate for readers in vivid, three-dimensional fashion. The motivation is clearly provided using problems from soft condensed matter, from the packing of colloids to liquid crystals and thermal fluctuations of lipid membranes.

This book provides an introduction to the geometrical and topological methods that have become essential tools for soft condensed matter physicists. The emphasis is on providing mathematical tools in clear but precise language, focusing on fundamental concepts using real examples to illustrate for readers in vivid, three-dimensional fashion. The motivation is clearly provided using problems from soft condensed matter, from the packing of colloids to liquid crystals and thermal fluctuations of lipid membranes.

Geometry and Topology of Soft Materials

This book answers important questions such as: How is carbon related to the origin of life? Do all carbon allotropes have the same origin? How is carbon machined in the micro/nano regime? What are carbon micro/nano devices? How are polymers carbonized without burning? Where is Fullerene in carbon's phase diagram?

This book answers important questions such as: How is carbon related to the origin of life? Do all carbon allotropes have the same origin? How is carbon machined in the micro/nano regime? What are carbon micro/nano devices? How are polymers carbonized without burning? Where is Fullerene in carbon’s phase diagram? Does sp2.28 hybridization state exist? How is porous graphene different from glassy carbon? Can graphene be converted into diamond? What are rhombohedral and turbostratic graphites? What is microstructural conversion? How is carbon graphitized? Is carbon really biocompatible?

Micro- and Nanofabrication with Carbon

Woodhead Publishing Series in Civil and Structural Engineering

Latent Heat Storage for Energy-Efficient Buildings and Zero-Carbon Communities serves as an up-to-date reference guide on the rapid progress the field is experiencing while keeping up with the much-required transformative initiatives to improve buildings' energy performance worldwide. To lay the foundations, the book opens with coverage of the fundamentals of phase-change materials, including their thermo-physical properties, nanoscale thermal transport mechanisms, encapsulation techniques, and heat transfer enhancement methods. It goes on to explore the integration of latent heat storage solutions in building envelopes or solar photovoltaics and heating/cooling systems, using mathematical models and performance analysis to discuss thermal management aspects for net-zero energy buildings and zero-carbon community concepts. The volume then delves into practical application of the most advanced, artificial intelligence-powered tools for system modeling and simulation, demand-side management control strategies, and metaheuristic optimization approaches. It finally concludes with an overview of technical challenges and emerging research areas which evidence academic and industry communities’ persistent interest in the future directions of topics interconnected with the sustainable development of the built environment.

Latent Heat Storage for Energy-Efficient Buildings and Zero-Carbon Communities

Introduction to Terahertz Imaging

Synthesis, Characterizations and Applications

Chitosan Nanoparticles

This book covers the basics of nanotechnology and its role in biomedical engineering. It clubs different applications of nanotechnology in medicine, disease diagnostics, artificial implants; nano-enabled implantable devices and nanorobots as future mode of treatment of various diseases. It provides a comprehensive overview to the reader about the basics of above areas as well as advanced implementation strategies. Case studies included in the book will help readers get a proper understanding of the subject and how nanotechnology is a boon for medical and bioengineering.

This book covers the basics of nanotechnology and its role in biomedical engineering. It clubs different applications of nanotechnology in medicine, disease diagnostics, artificial implants; nano-enabled implantable devices and nanorobots as future mode of treatment of various diseases. It provides a comprehensive overview to the reader about the basics of above areas as well as advanced implementation strategies. Case studies included in the book will help readers get a proper understanding of the subject and how nanotechnology is a boon for medical and bioengineering.

Nanotechnology in Biomedicine

Myers' much beloved introduction to solid state physics has been thoroughly updated while retaining its benchmark accessibility to anyone with minimal background. The conceptual framework is presented with real world applications, and modern experimental approaches are given sufficient attention. Extensive updates to sections on semiconductors, dielectric media, superconductivity, and surface techniques are included, in addition to a new chapter on disordered and amorphous materials, and computational exercises.

Myers’ much beloved introduction to solid state physics has been thoroughly updated while retaining its benchmark accessibility to anyone with minimal background. The conceptual framework is presented with real world applications, and modern experimental approaches are given sufficient attention. Extensive updates to sections on semiconductors, dielectric media, superconductivity, and surface techniques are included, in addition to a new chapter on disordered and amorphous materials, and computational exercises.

Introductory Solid State Physics, Third Edition

Medical Robots and Devices: New Developments and Advances

Medical Imaging Application in Health Assessment and Disease Management is an all-encompassing book that explores the transformative power of medical imaging in various fields of medicine. It showcases the latest advancements and applications of medical imaging modalities, ranging from neurology and oncology to audiology and osteoporosis. The book highlights the role of medical imaging in understanding and treating neurological conditions, assessing bone health, unraveling hearing disorders, and diagnosing and treating oncological conditions. It also delves into the potential of artificial intelligence and machine learning in improving cancer diagnosis and treatment. The book explores the use of medical imaging in observing mental health conditions such as autism spectrum disorder and stress-related behavioral changes. This comprehensive resource is essential for researchers and professional engineers in the fields of medical image computing/processing, computer science, artificial intelligence, radiology, neuroscience, and biomedical research.

Medical Imaging Application in Health Assessment and Disease Management

Principles of Polymerization

This book emphasizes how new generation materials discovered recently (like graphene and topological insulators) can be understood using simple Quantum Transport Theory. The book could also be used as a text in Advanced Solid State/Condensed Matter Courses in Physics or Chemistry and in branches of Engineering.

This book emphasizes how new generation materials discovered recently (like graphene and topological insulators) can be understood using simple Quantum Transport Theory. The book could also be used as a text in Advanced Solid State/Condensed Matter Courses in Physics or Chemistry and in branches of Engineering.

Quantum Transport in Dirac Materials

Optical Instrumentation

Soft Electronics for Diagnosis, Therapy, and Integrated Systems

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