Detection of light from the ultraviolet to the submillimeter 2nd Edition by George Rieke ISBN 978-0521017107 0521017106
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Product details:
ISBN 10: 0521017106
ISBN 13: 978-0521017107
Author: George Rieke
Table of contents:
1. Introduction
1.1 Radiometry
1.2 Detector Types
1.3 Performance Characteristics
1.4 Solid State Physics
1.5 Superconductors
1.6 Examples
1.7 Problems
Notes
Further Reading
2. Intrinsic Photoconductors
2.1 Basic Operation
2.2 Limitations and Optimization
2.3 Performance Specification
2.4 Example: Design of a Photoconductor
2.5 Problems
Notes
Further Reading
3. Extrinsic Photoconductors
3.1 Basics
3.2 Limitations
3.3 Variants
3.4 Problems
Note
4. Photodiodes and Other Junction-Based Detectors
4.1 Basic Operation
4.2 Quantitative Description
4.3 Photodiode Variations
4.4 Quantum Well Detectors
4.5 Superconducting Tunnel Junctions (STJs)
4.6 Example
4.7 Problems
Further Reading
5. Amplifiers and Readouts
5.1 Building Blocks
5.2 Load Resistor and Amplifier
5.3 Transimpedance Amplifier (TIA)
5.4 Integrating Amplifiers
5.5 Performance Measurement
5.6 Examples
5.7 Problems
Further Reading
6. Arrays
6.1 Overview
6.2 Infrared Arrays
6.3 Charge Coupled Devices (CCDs)
6.4 CMOS Imaging Arrays
6.5 Direct Hybrid PIN Diode Arrays
6.6 Array Properties
6.7 Example
6.8 Problems
7. Photoemissive Detectors
7.1 General Description
7.2 Photocathode Behavior and Photon Detection Limits
7.3 Practical Detectors
7.4 Vacuum Tube Television-Type Imaging Detectors
7.5 Example
7.6 Problems
Notes
Further Reading
8. Photography
8.1 Basic Operation
8.2 Underlying Processes
8.3 Characteristic Curve
8.4 Performance
8.5 Example
8.6 Problems
Further Reading
9. Bolometers and Other Thermal Detectors
9.1 Basic Operation
9.2 Detailed Theory of Semiconductor Bolometers
9.3 Superconducting Bolometers
9.4 Bolometer Construction and Operation
9.5 Other Thermal Detectors
9.6 Operating Temperature
9.7 Example: Design of a Bolometer
9.8 Problems
Note
Further Reading
10. Visible and Infrared Coherent Receivers
10.1 Basic Operation
10.2 Visible and Infrared Heterodyne
10.3 Performance Attributes of Heterodyne Receivers
10.4 Test Procedures
10.5 Examples
10.6 Problems
Notes
Further Reading
11. Submillimeter- and Millimeter-Wave Heterodyne Receivers
11.1 Basic Operation
11.2 Mixers
11.3 Performance Characteristics
11.4 Local Oscillators
11.5 Problems
Notes
Further Reading
12. Summary
12.1 Quantum Efficiency and Noise
12.2 Linearity and Dynamic Range
12.3 Number of Pixels
12.4 Time Response
12.5 Spectral Response and Bandwidth
12.6 Practical Considerations
12.7 Overview
12.8 Problems
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Tags: George Rieke, Detection of light, the ultraviolet, the submillimeter