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Definition of Thermomagnetic
1. Adjective. (physics) Of or pertaining to any of several phenomena occurring when an electrical conductor or semiconductor is placed in a temperature gradient and a magnetic field ¹
¹ Source: wiktionary.com
Definition of Thermomagnetic
1. [adj]
Lexicographical Neighbors of Thermomagnetic
Literary usage of Thermomagnetic
Below you will find example usage of this term as found in modern and/or classical literature:
1. Smithsonian Physical Tables by Smithsonian Institution, Frederick Eugene Fowle (1916)
"Hall effect (Galvanomagnetic difference of Potential), £ = R ' Ettingshausen
effect ( " Nernst effect (thermomagnetic Leduc effect ( " D " Temperature), ..."
2. The Annals of Philosophy by Richard Phillips, E W Brayley (1823)
"On some thermomagnetic Experiments. By Dr. TS Traill. ... HAVING been lately
engaged in some thermomagnetic ex£e' riments, I have met "with results which ..."
3. The Properties of Electrically Conducting Systems: Including Electrolytes by Charles August Kraus (1922)
"It may be expected, however, that ultimately the thermomagnetic and galvanomagnetic
effects will play an important role in the development of the theory of ..."
4. The Properties of Electrically Conducting Systems: Including Electrolytes by Charles August Kraus (1922)
"Galvanomagnetic and thermomagnetic Properties. When a current of electricity
flows through a conductor, the distribution of the current in the conductor is ..."
5. The Properties of Electrically Conducting Systems: Including Electrolytes by Charles August Kraus (1922)
"Galvanomagnetic and thermomagnetic Properties. When a current of electricity
flows through a conductor, the distribution of the current in the conductor is ..."
6. The Annals of Philosophy by Richard Phillips, E W Brayley (1823)
"On thermomagnetic Rotation. By the Rev. J. Gumming, MA. Professor of Chemistry
in the ... thermomagnetic ..."
7. Smithsonian Physical Tables by Smithsonian Institution, Frederick Eugene Fowle (1920)
"Hall effect (Galvanomagnetic difference of Potential), E = R~f\ Ettingshausen
effect ( " Nernst effect (thermomagnetic Leduc effect ( " " Temperature), ..."