SCIENCE - PHYSICS - SECOND KNOWN COPY. Władysław (Ladislas) Natanson....
SCIENCE - PHYSICS - SECOND KNOWN COPY. Władysław (Ladislas) Natanson. On the Energy Content of Material Bodies. 1912. Imprimerie de l'Université, Cracovie. English Edition. 8vo, in the original wraps. [3], 96-103pp. INSCRIBED BY THE AUTHOR NATANSON “hommage de l'auteur” to the head of the title. ONLY 2ND TRACED COPY - Worldcat locating one copy in the National library of Poland. With no auction results or other traceable copies. **zawartości energii w ciałach materyalnych) is a landmark 1912 scientific paper by the prominent Polish physicist Władysław (Ladislas) Natanson. Published in the Bulletin International de l'Académie des Sciences de Cracovie, the paper applied Natanson's pioneering methods in statistical radiation theory to thermodynamic systems of solid matter. Following Albert Einstein's conceptualization of a solid body as a collection of independent quantum oscillators vibrating at various frequencies, Natanson used his own unique statistical methods to calculate the internal energy of solid matter. Through his calculations, Natanson successfully derived an energy formula for solid bodies that was identical to the groundbreaking law Einstein obtained in his quantum theory of the specific heat of solids.
[ translate ]SCIENCE - PHYSICS - SECOND KNOWN COPY. Władysław (Ladislas) Natanson. On the Energy Content of Material Bodies. 1912. Imprimerie de l'Université, Cracovie. English Edition. 8vo, in the original wraps. [3], 96-103pp. INSCRIBED BY THE AUTHOR NATANSON “hommage de l'auteur” to the head of the title. ONLY 2ND TRACED COPY - Worldcat locating one copy in the National library of Poland. With no auction results or other traceable copies. **zawartości energii w ciałach materyalnych) is a landmark 1912 scientific paper by the prominent Polish physicist Władysław (Ladislas) Natanson. Published in the Bulletin International de l'Académie des Sciences de Cracovie, the paper applied Natanson's pioneering methods in statistical radiation theory to thermodynamic systems of solid matter. Following Albert Einstein's conceptualization of a solid body as a collection of independent quantum oscillators vibrating at various frequencies, Natanson used his own unique statistical methods to calculate the internal energy of solid matter. Through his calculations, Natanson successfully derived an energy formula for solid bodies that was identical to the groundbreaking law Einstein obtained in his quantum theory of the specific heat of solids.
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