John G. Trump | Academic Influence

John G. Trump's AcademicInfluence.com Rankings

John G. Trump

Engineering

#876

Historical Rank

Electrical Engineering

#223

Historical Rank

Applied Physics

#2882

Historical Rank

engineering Degrees

John G. Trump

Physics

#2830

Historical Rank

physics Degrees

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Engineering
Physics

John G. Trump's Degrees

Masters Physics Columbia University

Why Is John G. Trump Influential?

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According to Wikipedia, John George Trump was an American electrical engineer, inventor, and physicist. A professor at the Massachusetts Institute of Technology from 1936 to 1973, he was a recipient of the National Medal of Science and a member of the National Academy of Engineering. Trump was noted for developing rotational radiation therapy. Together with Robert J. Van de Graaff, he developed one of the first million-volt X-ray generators.

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John G. Trump'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

High energy electrons for the treatment of extensive superficial malignant lesions. (1953) (104)
The Insulation of High Voltages in Vacuum (1947) (102)
Back‐Scattering of Megavolt Electrons from Thick Targets (1962) (77)
Irradiation of Biological Materials by High Energy Roentgen Rays and Cathode Rays (1948) (65)
Sterilization of preserved bone grafts by high-voltage cathode irradiation. (1956) (56)
Free Conducting Particles in a Coaxial Compressed-Gas-Insulated System (1970) (55)
Distribution of Ionization in Materials Irradiated by Two and Three Million‐Volt Cathode Rays (1950) (52)
Insulation of High Voltage Across Solid Insulators in Vacuum (1965) (49)
The Secondary Emission of Electrons by High Energy Electrons (1949) (48)
Role of Positive Ions in High‐Voltage Breakdown in Vacuum (1955) (38)
Electron Emission from Metals under High‐Energy Hydrogen Ion Bombardment (1954) (36)
Post-Type Support Spacers for Compressed Gas-Insulated Cables (1973) (35)
Ten year experience with low megavolt ellectron therapy. (1962) (34)
Effect of High Voltage Electrical Discharges on Sulfur Hexafluoride (1949) (29)
Management of Lymphoma Cutis with Low Megavolt Electron Beam Therapy: Nine Year Follow‐Up in 200 Cases (1961) (29)
Synchronous field shaping and protection in 2-million-volt rotational therapy. (1961) (28)
REVIEW ARTICLES: Electrostatic generators for the acceleration of charged particles (1947) (26)
A Compact Pressure-Insulated Electrostatic X-Ray Generator (1939) (23)
Disinfection of sewage wastewater and sludge by electron treatment (1984) (22)
Generating Voltmeter for Pressure‐Insulated High Voltage Sources (1940) (21)
Cathode ray treatment for lymphomas involving the skin. (1953) (20)
Present-day treatment of pituitary adenomas; surgery versus x-ray therapy. (1955) (20)
Electrostatic sources of electric power (1947) (18)
Influence of electrodes on D-C breakdown in gases at high pressure (1950) (17)
Secondary Electron Emission from Metals under Positive Ion Bombardment in High Extractive Fields (1952) (16)
Design of a Million‐Volt X‐Ray Generator for Cancer Treatment and Research (1937) (16)
D-C breakdown strength of air and of Freon in a uniform field at high pressures (1941) (16)
Field Shaping and Selective Protection in Megavolt Radiation Therapy (1959) (16)
New Developments in High Voltage Technology (1967) (16)
Operating Parameters of Compressed-Gas-Insulated Transmission Lines (1969) (15)
Efficient deep tumor irradiation with Roentgen rays of several million volts. (1947) (14)
Physical and clinical aspects of supervoltage rotational therapy. (1951) (14)
Two million volt roentgen therapy using rotation. (1951) (13)
Vacuum electrostatic engineering (1933) (13)
The film method of tissue dose studies with 2.0 mev. roentgen rays. (1954) (13)
The Treatment of Carcinoma of the Esophagus and Cardia by Resection and Postoperative Supervoltage Roentgen Rays (1953) (13)
Physical basis for the high skin tolerance of supervoltage roentgen rays. (1948) (12)
Electron beam therapy of widespread superficial malignant lesions. (1959) (12)
Treatment of tumors of the pelvic cavity with supervoltage radiation. (1954) (12)
High-voltage D-C flashover of solid insulators in compressed nitrogen (1941) (12)
Physical aspects of megavolt electron therapy. (1956) (12)
Barium Absorption Pumps for High‐Vacuum Systems (1957) (11)
Injection of megavolt electrons into solid dielectrics (1971) (10)
Carcinoma of the lung: a report of 403 cases. (1954) (10)
High energy electrons for generalized superficial dermatoses. (1955) (10)
Rotational scanning of breast malignancies with supervoltage radiation. (1952) (9)
Surgery and supervoltage therapy in the treatment of carcinoma of the lung. (1962) (9)
TWO MEV. WIDE FIELD IRRADIATION OF LYMPHOMA. TWELVE YEAR EXPERIENCE. (1964) (8)
Physical aspects of two million volt x-ray therapy. (1959) (7)
Electron-irradiated and freeze-dried arterial homografts experiences at the St. Louis City Hospital Artery Bank. (1958) (7)
Observations on rotational therapy with two million volt roentgen rays. (1954) (7)
RADIATION FOR THERAPY--IN RETROSPECT AND PROSPECT. (1964) (7)
HIGH GRADIENT STUDIES FOR ACCELERATOR SYSTEMS (1964) (6)
Compressed gas insulation for electric power transmission (1966) (6)
Absorption of 2-mev constant potential roentgen rays by lead and concrete. (1952) (4)
Modification of strontium 90 emission for superficial therapy. (1960) (4)
Radiation therapy for bronchogenic carcinoma. (1953) (4)
CLINICAL SAFETY IN LOW-MEGAVOLT ELECTRON THERAPY. (1968) (4)
Thermocouple Gauge for Vacuum Measurement (1937) (4)
Van de Graaff Generator for General Laboratory Use (1938) (3)
D-C breakdown strength of air and of Freon in a uniform field at high pressures (1941) (3)
Van de Graaff accelerators of the future (1974) (3)
TWO‐MILLLION‐VOLT X‐RAY THERAPY OF HODGKIN'S DISEASE (1958) (3)
Two‐million‐volt radiation for treatment of malignancy of the head and neck (1955) (3)
HIGH VOLTAGE GENERATION IN SPACE: THE PARAMETRIC ELECTROSTATIC MACHINE1 (1961) (3)
Prospects for high-energy electron irradiation of waste-water liquid residuals (1975) (3)
Biological effects of high-energy electron irradiation of municipal sludge (1975) (3)
High energy electrons for the irradiation of blood derivatives. (1958) (2)
Electrostatic Sources of Ionizing Energy (1951) (2)
The clinical use of cathode ray sterilized grafts of cadaver bone; a preliminary report. (1956) (2)
Disinfection of municipal sludge by high-energy electrons (1976) (1)
Two-million-volt x-ray therapy of Hodgkin's disease. (1958) (1)
The electrostatic accelerator as a source of ionizing energy (1951) (1)
Two million-volt radiation for treatment of malignancy of the head and neck. (1955) (1)
Megavolt xeroradiography. (1963) (0)
Supervoltage radiation therapy in the next decade. (1960) (0)
Hugh Frederick Hare, M.D. 1902-1967. (1968) (0)
The insulating strength of gases at high pressures (1952) (0)
Carcinoma of the larynx. (1954) (0)
Feasibility of compact 4 mev electrostatic x-ray source studies of compressed gas and high vacuum insulation radiographic properties of x-rays in the 2 to 6 MeV Range. Supplement. Final report Jun 52-Jun 54 (1954) (0)
High-voltage D-C flashover of solid insulators in compressed nitrogen (1941) (0)
TRUMP: NEW DEVELOPMENTS IN HIGH VOLTAGE TECHNOLOGY (0)
Electromagnetic induction appliance (1973) (0)
SUPERVOLTAGE X‐RAY TREATMENT OF CARCINOMA OF THE BLADDER (1954) (0)
Response of the medalist (1961) (0)
D-C Breakdown Strength of Air and of Freon in a Uniform Field at High Pressures (1941) (0)
High-Voltage D-C Flashover of Solid Insulators in Compressed Nitrogen (1941) (0)

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