Herbert Reich
#113,791
Most Influential Person Across History
American engineer
Herbert Reich 's AcademicInfluence.com Rankings
Herbert Reich engineering Degrees
Engineering
#3313
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Aerospace Engineering
#196
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Mechanical Engineering
#425
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Applied Physics
#3216
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Engineering
Why Is Herbert Reich Influential?
(Suggest an Edit or Addition)According to Wikipedia, Herbert Reich was a pioneering figure in electrical engineering. Reich made substantial contributions towards the design of early oscilloscopes as a graduate student at Cornell University. Reich later taught as a Professor of Electrical Engineering at University of Illinois and Yale University . From 1944 to 1946 he worked at the Radio Research Laboratory at Harvard University with Frederick Terman. After his retirement from Yale, he periodically taught courses at Deep Springs College.
Herbert Reich 's Published Works
Number of citations in a given year to any of this author's works
Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author
Published Works
- Principles of electron tubes (1941) (93)
- Theory and applications of electron tubes (1939) (25)
- New Vacuum Tube Counting Circuits (1938) (14)
- Simultaneous oscillation at two or more frequencies (1963) (12)
- Dynamic Characteristics of Glow Discharge Tubes (1938) (10)
- Forward transient behavior of P-N junction diodes at high injection levels (1964) (10)
- The Oscilloscope: a Stabilized Cathode-Ray Oscillograph with Linear Time-Axis (10)
- Ultra High Frequency Techniques (1942) (8)
- A Transistor Trigger Circuit (1949) (7)
- Some Transistor Trigger Circuits (1951) (6)
- A Low Distortion Audio-Frequency Oscillator (1937) (5)
- A Direct‐Reading Frequency Meter for the Audio and Supersonic Ranges (1948) (5)
- The Growth of Oscillations in Two-Resonator Negative-Conductance Oscillators (1968) (4)
- THE THYRATRON RELAXATION OSCILLATOR AND SOME OF ITS APPLICATIONS (1932) (4)
- Effect of Auxiliary Current on Transistor Operation (1951) (3)
- A MECHANICAL ANALOGY FOR COUPLED ELECTRICAL CIRCUITS (1932) (3)
- Circuits for Oscillographic Frequency Comparison (1937) (3)
- Theory and applications of active devices (1966) (3)
- A CATHODE RAY OSCILLOGRAPH FOR SEVERAL SIMULTANEOUS WAVES WITH STABILIZED LINEAR TIME AXIS. (1926) (2)
- Electronic Circuits for the Measurement of Time and Speed (1937) (2)
- A PHOTOELECTRIC METHOD FOR TESTING CAMERA SHUTTERS (1931) (2)
- Thermally self-excited mechanical oscillators (1967) (2)
- The Use of Vacuum Tubes as Variable Impedance Elements (1942) (2)
- A Vacuum-Tube Voltage Regulator for Large Power Units (1929) (2)
- The Relaxation Inverter and d. c. Transformer (1933) (2)
- Test structures for continuous determination of electrical parameters of substrate material up to 79 GHz (2005) (2)
- Changes observed in the direction of radio signals at the time of the eclipse of January 24, 1925 (1925) (1)
- Amplitude instability in oscillators (1963) (1)
- A PERIODIC CONTACTOR OPERATED BY A NEON‐TUBE OSCILLATOR (1931) (1)
- A graphical method of solving simultaneous nonlinear differential equations of growth (1968) (1)
- AN IMPROVED MODEL OF THE NEON‐TUBE CONTACTOR (1931) (1)
- An Electronic Switch for the Simultaneous Observation of Two Waves with the Cathode‐Ray Oscillograph (1941) (1)
- A Ballistic Meter for Measuring Time and Speed (1941) (1)
- A New Method of Testing for Distortion in Audio-Frequency Amplifiers (1931) (1)
- A Combination Sweep Circuit and Periodic Contactor for Studying Circuit and Line Transients with the Cathode‐Ray Oscillograph (1934) (1)
- Some Aspects of Split-Anode Magnetron Operation (1950) (1)
- The Photoelectric Effect in Glow-Discharge Tubes (1928) (0)
- An Audible Method of Demonstrating Transient Oscillations in Single and Coupled Tuned Circuits (1934) (0)
- Input Admittance of Cathode-Follower Amplifiers (1947) (0)
- The relaxation inverter (1933) (0)
- Standard symbols for electron devices (1963) (0)
- Mode Separation in Oscillators with Two Coaxial-Line Resonators (1948) (0)
- Session 20 Electron devices (1963) (0)
- Electronic transient visualizers (1936) (0)
- A New Type of Glow Discharge Tube (1929) (0)
- TRIGGERING OF THE ECCLES-JORDAN CIRCUIT (1952) (0)
- The Use of Admittance Diagrams in Oscillator Analysis (1953) (0)
- CAPACITY AND FREQUENCY MEASUREMENT BY MEANS OF THE NEON TUBE. (1926) (0)
- A comparison of the variation of intensity and direction of radio signals (1927) (0)
- STABILITY OF NONLINEAR CIRCUITS (1952) (0)
- Electronic Transient Visualizers (1936) (0)
- SPEED OF TRIGGERING OF THE ECCLES-JORDAN CIRCUIT (1952) (0)
- A Note from the Physical Society of London (1941) (0)
- Illusions in Nature (1976) (0)
- The oscilloscope: A stabilized cathode-ray: Oscillograph with linear time-axis (0)
- Electronic transient visualizers (1937) (0)
- Maximizing the Frequency of Negative-Resistance Oscillation (1967) (0)
- More about negative–resistance circuits (1964) (0)
- Einstein's Theory of Gravitation (1943) (0)
- A Cathode Ray Oscillograph for Several Simultaneous Waves with Stabilized Linear Time Axis (1926) (0)
- A SODIUM‐ARGON GLOW‐TUBE (1930) (0)
- Describing-Function Analysis of Thermally Self-Excited Mechanical Oscillators (1968) (0)
- Capacity and Frequency Measurement by Means of the Neon Tube (1926) (0)
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