Name: Paper-Based Optical Chemosensors
Price: 200 USD
Availability: InStock
ISBN: 9780443133565

Paper-Based Optical Chemosensors, 1st Edition, provides a systematic reference covering the origin, core principles, design methodology, and practical applications of paper-supported analytical devices. Edited by Liang Feng, this volume outlines how optical chemical detection operates across paper and membrane matrices for quantitative and qualitative evaluation.

The text details diverse detection mechanisms, incorporating colorimetric, fluorometric, Surface-Enhanced Raman Spectroscopy, chemiluminescence, electrochemiluminescence, and near-infrared sensing approaches. These optical strategies fulfill monitoring and analysis requirements across key domains, including environmental protection, food safety, public safety, and clinical diagnosis.

Intended for analytical chemistry specialists along with interdisciplinary researchers across biology, physics, medicine, and artificial intelligence, the volume examines practical field challenges. It highlights forward-looking development trends, specifically focusing on the analytical intersection of paper-based sensing systems and artificial intelligence algorithms.

Chapter 1: A brief history of paper-based sensors
Chapter 2: Basic principles of paper-based sensors
- • 2.1 Colorimetric
- • 2.2 Fluorometric
- • 2.3 SERS
- • 2.4 Chemiluminescence
- • 2.5 Electrochemiluminescence
- • 2.6 Near-Infrared
Chapter 3: Basic structure composition of paper-based sensors
- • 3.1 Matrix and skeleton
- • 3.2 Sensing layer
- • 3.3 Interface regulation
- • 3.4 Nanopore/nanochannel
- • 3.5 Fluidics
Chapter 4: Design principles of paper-based sensors
- • 4.1 Dip-stick
- • 4.2 Lateral-flow/Vertical-flow
- • 4.3 Microfluidic
- • 4.4 Array-based
Chapter 5: Signal read-out of paper-based sensors
- • 5.1 Read-out principles
- • 5.2 Calibration
- • 5.3 optical detecting platforms
- • 5.4 Data processing
Chapter 6: Optical chemical paper-based sensors
- • 6.1 Sensing unit (Probe, Nanomaterial)
- • 6.2 Immobilization
- • 6.2.1 Physical trapping
- • 6.2.2 Electrostatic attraction
- • 6.2.3 Covalent binding
- • 6.3 Interface and channels
Chapter 8: Applications of paper-based sensors
- • 8.1 Public safety
- • 8.2 Environment
- • 8.3 Point-of-care
- • 8.4 sustainable development
Chapter 9: The future of paper-based sensors
- • 9.1 Challenges and trends in paper-based optical sensors
- • 9.2 Paper-based sensors and artificial intelligence