John Verhoogen
American-Belgian geologist
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Earth Sciences
John Verhoogen's Degrees
- PhD Geology University of California, Berkeley
- Masters Geology University of California, Berkeley
- Bachelors Geology University of California, Berkeley
Why Is John Verhoogen Influential?
(Suggest an Edit or Addition)According to Wikipedia, John Verhoogen was a Belgian-American geologist and geophysicist. Verhoogen became ill at age 17 from poliomyelitis, which caused him problems throughout the rest of his life. Nevertheless, he studied mining at the University of Brussels and engineering geology at the University of Liège . He then went to the US, where he studied at the University of California, Berkeley under Howel Williams. In 1936 he received his doctorate in geology from Stanford University, although most of the doctoral work was supervised by Williams at Berkeley. Verhoogen was then at the University of Brussels from 1936 to 1939. During the late 1930s and World War II, he was in the Belgian Congo, where he studied the volcano Nyamuragira and worked on the procurement of strategic mineral resources. From 1947 he was at the University of California, Berkeley, where he became a professor and remained until his retirement in 1976.
John Verhoogen's Published Works
Published Works
- Igneous and Metamorphic Petrology (1960) (609)
- Metamorphic reactions and metamorphic facies (1958) (431)
- The earth; an introduction to physical geology (1970) (148)
- Oxidation of Iron-Titanium Oxides in Igneous Rocks (1962) (128)
- Heat Balance of the Earth's Core (1937) (125)
- Energetics of the Earth (1980) (111)
- Distribution of titanium between silicates and oxides in igneous rocks (1962) (106)
- The origin of thermoremanent magnetization (1959) (96)
- Phase changes and convection in the Earth’s mantle (1965) (96)
- Mechanics of ash formation (1951) (95)
- Ionic diffusion and electrical conductivity in quartz (1952) (77)
- Petrological evidence on temperature distribution in the mantle of the Earth (1954) (66)
- Paleomagnetism of Jurassic and Cretaceous plutonic rocks in the Sierra Nevada, California, and its significance for polar wandering and continental drift (1967) (61)
- Thermal regime of the Earth's core (1973) (61)
- Ionic ordering and self‐reversal of magnetization in impure magnetites (1956) (56)
- TEMPERATURES WITHIN THE EARTH (1956) (55)
- Natural variations in the isotopic constitution of silicon (1953) (53)
- Remanent magnetization of some Upper Cretaceous granitic plutons in the Sierra Nevada, California (1963) (33)
- The chemical potential of a stressed solid (1951) (31)
- The adiabatic gradient in the mantle (1951) (31)
- Possible Temperatures in the Oceanic Upper Mantle and the Formation of Magma (1973) (26)
- Late Paleozoic paleomagnetic poles and the opening of the Atlantic Ocean (1967) (18)
- Elasticity of olivine and constitution of the Earth's mantle (1953) (14)
- Thermal expansion of solids and the temperature at the boundary of the Earth's core (1955) (12)
- Thermodynamical calculation of the solubility of some important sulphides, up to 400 degrees C (1938) (10)
- Physical properties and bond type in Mg-Al oxides and silicates (1958) (10)
- New data on volcanic gases; the 1938 eruption of Nyamlagira (1939) (10)
- Chandler wobble and viscosity in the Earth's core (1974) (8)
- Geological Significance of Surface Tension (1948) (7)
- Electrical Resistivity of Meteorites (1956) (6)
- Von Zeipel's theorem and Convection in the Earth (1948) (5)
- Source-Rock of Lead Ores and the Age of the Granitic Layer (1949) (3)
- A monoclinic "hypersthene" from the Cascade lavas (1937) (2)
- Personal Notes and Sundry Comments (1983) (1)
- Covalent Super-Exchange in Solid State Physics (1960) (1)
- North American paleomagnetism and geology (1985) (1)
- COUPLED REACTIONS IN METAMORPHISM: A CORRECTION (1961) (1)
- Radial Diffusion and Chemical Stability in the Gravitational Field: A Discussion (1949) (1)
- Volcanological Observations. Frank Alvord Perret (1951) (0)
- Physical volcanology, 6. Developments in solid earth geophysics: L. Civetta, P. Gasparini, G. Luongo and A. Rapolla (Editors). Elsevier, Amsterdam, 1974, 333 pp., 186 illus., 22 tables, Dfl. 90.000 (1975) (0)
- Discussion of “Thermal expansion of solids and the temperature at the boundary of the Earth's Core” (1956) (0)
- We keep house on an active volcano (1939) (0)
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