W. W. Hansen

Q: What Schools Are Affiliated With W. W. Hansen

W. W. Hansen is affiliated with the following schools: University of California, Berkeley, Stanford University

W. W. Hansen's AcademicInfluence.com Rankings

W. W. Hansen

Physics

#3679

Historical Rank

physics Degrees

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Physics

W. W. Hansen's Degrees

PhD Physics University of California, Berkeley

Why Is W. W. Hansen Influential?

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According to Wikipedia, William Webster Hansen was an American physicist and professor. He was one of the founders of the technology of microwave electronics. Biography Hansen's father William G Hansen, who was a son of immigrants from Denmark, was a hardware store owner in Fresno, California. He encouraged his son's early talent in mathematics and enthusiasm for electronics. He entered Stanford University at the age of 16, earning his B.A. in 1929 and his Ph.D. in 1933.

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W. W. Hansen'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

The Nuclear Induction Experiment (1946) (886)
A New Type of Expansion in Radiation Problems (1935) (189)
A New Principle in Directional Antenna Design (1938) (175)
A Type of Electrical Resonator (1938) (99)
Stanford High‐Energy Linear Electron Accelerator (Mark III) (1955) (97)
On the Resonant Frequency of Closed Concentric Lines (1939) (76)
A linear electron accelerator. (1948) (76)
On Resonators Suitable for Klystron Oscillators (1939) (61)
The Theory of Disk‐Loaded Wave Guides (1947) (58)
On the Measurement of Cavity Impedance (1948) (28)
Transformations Useful in Certain Antenna Calculations (1937) (27)
Experimental Determination of Impedance Functions by the Use of an Electrolytic Tank (1945) (22)
On Maximum Gain‐Band Width Product in Amplifiers (1945) (22)
Directional Characteristics of Any Antenna Over a Plane Earth (1936) (14)
X-Ray Line Intensities and Cathode-Ray Retardation in Thick Targets of Silver (1933) (11)
Effects of Cathode-ray Diffusion on Intensities in X-ray Spectra (1931) (11)
Probabilities ofK-Electron Ionization of Silver by Cathode Rays (1932) (10)
A 60-Cycle Hysteresis Loop Tracer for small Samples of Low-Permeability Material (1947) (10)
Disk‐Loaded Wave Guides (1949) (9)
Concerning New Methods of Calculating Radiation Resistance, Either with or without Ground (1936) (9)
Role of Hydrodynamic Lubrication in the Friction of Fibers and Yarns (1956) (8)
Radiation from an Antenna Over a Plane Earth of Arbitrary Characteristics (1936) (7)
Design of "Flat-Shooting" Antenna Arrays (1939) (7)
Electrostatic Focusing at Relativistic Speeds (1936) (6)
A Relation Between Line and Continuous X-Ray Spectra (1933) (6)
On the General Theory of Electrometer Design (1936) (5)
THE MEASUREMENT OF X‐RAY INTENSITIES AS FUNCTIONS OF VOLTAGE, UP TO 180 KV (1932) (4)
Intensities of K-Series X-Rays from Thin Targets. (1928) (3)
Xiii.—On A New Design of Micromanipulator (1938) (3)
Theoretical study of electromagnetic waves scattered from shaped metal surfaces. Quarterly Report No. 4 (Final Report) (1948) (2)
A LECTURE‐DEMONSTRATION OSCILLOGRAPH (1932) (1)
Errata: Ionization Area of He and Bethe's Theory (1935) (1)
Experiments on the Absolute Determination of Electrical Units (1939) (1)
a 200,000 Volt X-Ray Tube (1931) (1)
Theoretical study of electromagnetic waves scattered from shaped metal surfaces. Stanford University Quarterly Report No. 4 (Final Report) (1948) (1)
On the Expansion of Green's Function. (1935) (1)
On the origin of the space‐charge in the atmosphere (1935) (0)
N 90-23312 Spectral Determinations for Discrete Sources (0)
The Synchronic Frame of Photospheric Magnetic Flux : The Improved Synoptic Frame (0)
A.300 GaV HIGH QUALITY ELECTRON AND PION BEAM ATTHEREWGETSERATICNPRCTONACCELFRATCRS* Z. G. T. cUiragossi& and R. E. Rand High Energy Physics Laboratory (0)
Some Elementary Laboratory Experiments in Mechanics and Electricity (1937) (0)
Some Elementary Laboratory Experiments in Heat and Optics (1937) (0)
A LINEAR ELECTRON ACCELERATOR: MONTHLY REPORT NO. 10 (1947) (0)
Validation of the One-Point Approach of the Elliptic Cone Model for the 13 December 2006 Frontside Full Halo Coronal Mass (0)
Determination of the Sun ' s Seismic Radius from SOHO / MDIJ (0)
The success rate of predicting the heliospheric magnetic field polarity with MDI synoptic charts (0)
Improvement of Inversion Solutions of the Elliptic Cone Model for Frontside Full Halo CMEs (0)
MEASUREMENTS OF FREQUENCIES OF SOLAROSCILLATIONS FROM THE MDI MEDIUM-l PROGRAME (0)
An Optical Radar for Surveying (1948) (0)
The Motion of a Weight With Attached Rope (1937) (0)

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What Schools Are Affiliated With W. W. Hansen?

W. W. Hansen is affiliated with the following schools:

W. W. Hansen's Academic­Influence.com Rankings