photocells and their application
Publisher: john wiley & sons, inc.
Published: 1930
Language: eng
Number of pages: 230
Table of contents: label: Chapter I
title: Historical Introduction; title: Herz's Discovery
pagenum: 1; title: The Hallwachs Effect
pagenum: 4; title: The Alkali Metals
pagenum: 6; title: The Photoelectric Carrier
pagenum: 8; title: Empirical Laws
pagenum: 11; title: The First Practical Cells
pagenum: 12; label: Chapter II
title: General Theory; label: I
title: Radiant Energy; title: Spectrum of Radiant Energy
pagenum: 15; title: Sources of Radiant Energy
pagenum: 18; title: Black Body Radiation
pagenum: 21; title: Ordinary Radiation
pagenum: 25; title: Photometric Measurements
pagenum: 27; label: II
title: Photo-emissive Effect; title: Einstein's Equation
pagenum: 31; title: Structure of Matter
pagenum: 35; title: Color Sensitivity
pagenum: 38; title: Photosensitive Films
pagenum: 39; label: Chapter III
title: Mechanical Features; title: Central Anode Type
pagenum: 43; title: Central Cathode Type
pagenum: 43; title: Shapes and Sizes of Cells
pagenum: 44; title: Electric Leakage
pagenum: 45; title: Choice of Glass
pagenum: 47; label: Chapter IV
title: General Methods of Preparing Photocells; title: Deposition from Solution
pagenum: 49; title: Deposition by Distillation
pagenum: 49; title: Hydration of Alkalis
pagenum: 51; title: Deposition by Electrolysis
pagenum: 52; title: Deposition by Decomposition
pagenum: 53; title: Cells for Ultra-violet
pagenum: 53; label: Chapter V
title: The Vacuum Photocell; title: Propagation of Photo-electrons in Vacuum
pagenum: 61; title: Influence of Electrostatic Fields
pagenum: 63; title: Influence of Magnetic Fields
pagenum: 63; title: Combined Influence of Both Fields
pagenum: 64; title: Current-Voltage Relation
pagenum: 65; title: Dynamic Characteristics
pagenum: 69; label: Chapter VI
title: The Gas-Filled Photocell; title: Kinetic Theory of Gases
pagenum: 71; title: Ionization in Gases
pagenum: 72; title: Mean Free Paths
pagenum: 74; title: Optimum Pressures
pagenum: 75; title: Limitation in Gas Amplification
pagenum: 78; title: Dynamic Characteristics
pagenum: 79; title: Gases Used in Photocells
pagenum: 83; label: Chapter VII
title: Photo-conductive and Photo-voltaic Cells; label: I
title: Photo-conductive Cells; title: Photo-conduction
pagenum: 85; title: The Element Selenium
pagenum: 85; title: The Selenium Cell
pagenum: 86; title: Mechanism of Conduction
pagenum: 88; title: Laws of Photo-conduction
pagenum: 88; title: Dynamic Response
pagenum: 89; title: Color Sensitivity
pagenum: 89; title: Thalofide Cell
pagenum: 90; label: II
title: Photo-voltaic Cells; title: The Photo-voltaic Effect
pagenum: 90; title: Photo-voltaic Cells
pagenum: 91; label: Chapter VIII
title: The Photocell Circuit and the Radio Tube; title: Elementary Photocell Circuit
pagenum: 94; title: Effective Impedance
pagenum: 98; title: The Thermionic Tube
pagenum: 99; title: Laws of Thermionic Emission
pagenum: 101; title: Thermionic Amplifier
pagenum: 102; label: Chapter IX
title: The Problem of Amplification; title: The Simple D-C Circuit
pagenum: 106; title: Multistage D-C Circuits
pagenum: 107; title: The A-C Circuit
pagenum: 109; title: Resistance-Capacitance Coupling
pagenum: 109; title: The Screen-Grid Tube
pagenum: 111; title: Inductance Coupling
pagenum: 112; title: Limitation in Amplification
pagenum: 114; title: Amplification with Carrier
pagenum: 114; title: Mechanical Light-chopper
pagenum: 114; title: Photocell Interruptor
pagenum: 116; title: Kerr Cell Interruptor
pagenum: 117; title: Methods of Mixing with Carrier
pagenum: 118; title: Radio-frequency Amplification
pagenum: 119; title: Self-oscillating Cells
pagenum: 120; title: Gas-discharge Tubes
pagenum: 121; label: Chapter X
title: The Photocell in Sound Movies; title: Sound Recording on Films
pagenum: 126; title: Reproduction of Sound
pagenum: 126; title: Frequency Restrictions
pagenum: 129; title: Mechanical Features
pagenum: 129; title: Amplifiers for Sound Movies
pagenum: 132; label: Chapter XI
title: The Photocell in Facsimile Transmission; title: Methods of Scanning
pagenum: 135; title: Types of Transmitters
pagenum: 138; title: Receiving Systems
pagenum: 138; title: Synchronizing
pagenum: 140; title: Amplifiers for Picture Transmitters
pagenum: 141; label: Chapter XII
title: The Photocell in Television; title: Problem of Scanning
pagenum: 144; title: The Nipkow Disk
pagenum: 145; title: Ekström's Inverted System
pagenum: 147; title: Amplifiers for Television
pagenum: 147; title: Television Receivers
pagenum: 151; label: Chapter XIII
title: Miscellaneous Applications; title: Contactless Relay
pagenum: 153; title: Automatic Inspection
pagenum: 154; title: Photometry of Ultraviolet
pagenum: 155; title: Color Matching
pagenum: 157; title: Photometry of the Visible
pagenum: 157; title: Color Analysis
pagenum: 159; title: Automatic Controls
pagenum: 160; title: Time Recording
pagenum: 160; title: Illumination Recording
pagenum: 161; title: Photoelectric Dividing Machine
pagenum: 161; title: Calibration of Meters
pagenum: 162; title: Photocell-Galvanometer Combination
pagenum: 163; title: Safety Devices
pagenum: 163; title: Measurement of High-Frequency Currents
pagenum: 165; title: Communication
pagenum: 165; title: Mechanical Reading
pagenum: 166; label: Chapter XIV
title: Photocells in the Future; title: Probable Advancement
pagenum: 170; title: Distribution of Photons
pagenum: 172; title: The Ideal Cell
pagenum: 173; title: Infra-red Detection
pagenum: 175; title: Bibliography
pagenum: 177; title: List of Periodicals
pagenum: 179; title: Appendix
pagenum: 181; title: Index
pagenum: 193