Thermionic Valves Their Theory and Design [Paperback]

Originally published in 1953, this book provides a theoretical account of the behaviour of thermionic high vacuum devices.Originally published in 1953, this book provides a theoretical account of the behaviour of thermionic high vacuum devices. Beck, who later became Professor of Engineering at the University of Cambridge, aims his explanation primarily at physics or engineering graduates in order to furnish them with the necessary background knowledge to 'appreciate current research papers'.Originally published in 1953, this book provides a theoretical account of the behaviour of thermionic high vacuum devices. Beck, who later became Professor of Engineering at the University of Cambridge, aims his explanation primarily at physics or engineering graduates in order to furnish them with the necessary background knowledge to 'appreciate current research papers'.Originally published in 1953, this book provides a theoretical account of the behaviour of thermionic high vacuum devices. Beck, who later became Professor of Engineering at the University of Cambridge, aims his explanation primarily at physics or engineering graduates in order to furnish them with the necessary background knowledge to 'appreciate current research papers'. This book will be of value to anyone with an interest in the history of science education and electrical engineering.Preface; List of tables; List of symbols; Part I. The Physical Theory of Electronics: 1. Thermionic emission; 2. Secondary, field and photo-electric emission; 3. Fluorescence and phosphorescence; Part II. The Mathematical Theory of Electronics: 4. Electrostatic fields; 5. Electrostatic and magnetic electron optics of fields without space charge; 6. Space-charge flow and the diode; 7. Transit time effects; Part III. Types of Valve: 9. Triodes for low and medium frequencies; 10. Multigrid receiving valves; 11. Transmitter valves; 12. Velocity-modulated valves; 13. Triodes at ultra-high frequencies; 14. Travelling-wave tubes and blI