‎FERMI (E.)‎
‎SUI MOMENTI MAGNETICI DEI NUCLEI ATOMICI. Roma, Tipografia del Senato, 1930, 12pp. Fisica N. 1 --- SUL CALCOLO DEGLI SPETTRI DEGLI IONI. Roma, Tipografia del Senato, 1930, 10pp. Fisica N. 2 --- L'EFFETTO RAMAN NELLE MOLECOLE E NEI CRISTALLI. Roma, Reale Accademia d'Italia, 1932, 22pp. Fisica N. 3 ---- SOIT 3 TIRES-A-PART (3 OF-PRINTS) de Memore delal Reale Accademia d'Italia, classe di scienze fisiche matematiche e naturali --- EDITIONS ORIGINALES ‎

‎Rome, Tipografia del senato, 1930/1932, 3 brochures in 8, couvertures imprimées, (petit manque de papier à la partie supérieure de la couverture du premier mémoire, cachet de bibliothèque sur la page de couverture du 3ème mémoire)‎

Reference : 2059

‎---- EDITIONS ORIGINALES --- BEAUX EXEMPLAIRES de ces 3 TIRES-A-PART (3 OF-PRINTS) --- "FERMI received the Nobel Prize in 1938... It is too early to give a historically valid assessment of Fermi's place in the history of physics. He was the only physicist in the twentieth century who excelled in both theory and experiment, and he was one of the most versatile. His greatest accomplishments are, chronologically, the statistics of particles obeying the exclusion principle, the application of these statistics to the Thomas-Fermi atom, the recasting of quantum electrodynamics, the theory of beta decay, the experimental study of artificial radioactivity produced by neutron bombardment and the connected discovery of slow neutrons and their phenomenology, the experimental realization of a nuclear chain reaction and the experimental study of pion-nucleon collision. In addition there are Fermi's innumerable, apparently isolated contributions to atomic, molecular, nuclear and particle physics, cosmic rays, relativity, etc, many of which initiated whole new chapters of physics". (DSB IV p. 584) ---- Norman N° 779, 780 & 781 : "The first of a series of five papers on nuclear physics in which Fermi investigated the theory of hyperfine structure of spectral lines (first proposed by Pauli in 1923) and the nuclear magnetic momenta, demonstrating that the nuclear magnetic moment was not of the order of magnitude of the Bohr magneton, as had been previously supposed, but was only 1/1000 of the magnitude of the Bohr magneton. The remaining papers continued the investigations of Fermi and his co-workers which culminated in Fermi's explanations of beta decay and the introduction of the Fermi constant" ---- Honeyman N° 1294**2059/ARM4‎