In 1911, James Franck and Gustav Hertz began a collaboration to investigate the nature of collisions of slow electrons with gas molecules that led to a series of carefully planned and executed experiments, culminating in their discovery of inelastic collisions of electrons with mercury vapor atoms in 1914. This paper tells the story of their collaboration and the eventual reinterpretation of their results as a confirmation of Niels Bohr's new atomic theory, largely as a result of experiments done in North America during the Great War.
...More
Article
Ianniello, Maria Grazia;
(2002)
Quando finiscono gli esperimenti: il caso di Franck ed Hertz (1913--1925)
(/isis/citation/CBB000502758/)
Article
Hon, Giora;
(2003)
From Propagation to Structure: The Experimental Technique of Bombardment as a Contributing Factor to the Emerging Quantum Physics
(/isis/citation/CBB000641707/)
Article
Hon, Giora;
Goldstein, Bernard R.;
(2013)
Centenary of the Franck-Hertz Experiments
(/isis/citation/CBB001451040/)
Book
Navarro, Jaume;
(2012)
A History of the Electron: J. J. and G. P. Thomson
(/isis/citation/CBB001213217/)
Article
Bauer, Simon H.;
(2006)
On High Vacuum and Low Temperatures: Their Critical Roles in Experimental Atomics
(/isis/citation/CBB001252555/)
Article
Kenji Ito;
(2018)
“Electron Theory” and the Emergence of Atomic Physics in Japan
(/isis/citation/CBB487757640/)
Article
Fontes, Christopher J.;
Bostock, Christopher J.;
Bartschat, Klaus;
(2014)
Annotation of Hans Bethe's paper, Zeitschrift för Physik 76, 293 (1932), “Braking Formula for Electrons of Relativistic Speed”
(/isis/citation/CBB001451857/)
Article
Genin, Christophe;
(2007)
Le Dosage Spectrométrique du Mercure dans l'Air vers 1930
(/isis/citation/CBB000773029/)
Article
Navarro, Jaume;
(2006)
Early Attempts to Detect the Neutrino at the Cavendish Laboratory
(/isis/citation/CBB000641860/)
Book
Lemmerich, Jost;
(2007)
Aufrecht im Sturm der Zeit: Der Physiker James Franck, 1882--1964
(/isis/citation/CBB000780057/)
Chapter
YVES GINGRAS;
(2016)
Necessity and Contingency in the Discovery of Electron Diffraction
(/isis/citation/CBB613833523/)
Article
Pere Grapí;
(2020)
The Reinvention of the Nitrous Gas: Eudiometrical Test in the Context of Dalton’s Law on the Multiple Proportions of Combination
(/isis/citation/CBB622848708/)
Article
Marin, E.;
(2011)
137: A Bohr's Theory Prediction of the Upper Limit for the Number of Chemical Elements
(/isis/citation/CBB001024780/)
Article
Mary Ellen Bowden;
Dee Ann Castel;
(2019)
Note: A modern scientific interpretation of Joseph Priestley's discovery of CO
(/isis/citation/CBB228856864/)
Article
Tomory, Leslie;
(2014)
Science and the Arts in William Henry's Research into Inflammable Air during the Early Nineteenth Century
(/isis/citation/CBB001320984/)
Book
Maria Teresa Monti;
(2023)
L'azoto, il fosforo e la chimica nuova. Storie di luce e combustione (1774-1799)
(/isis/citation/CBB965333832/)
Article
Needham, Paul;
(2014)
The Source of Chemical Bonding
(/isis/citation/CBB001320766/)
Article
Subrata Dasgupta;
(2023)
An intellectual history of P.C. Ray’s papers on the nitrites of mercury
(/isis/citation/CBB130404884/)
Article
Timo Myllyntaus;
(2010)
Switching to a Biofuel at the Pinch: Wood Gas in Finnish Motoring during World War II
(/isis/citation/CBB500640102/)
Article
Wess, Jane;
(2010)
Crookes's Radiometers: A Train of Thought Manifest
(/isis/citation/CBB001022727/)
Be the first to comment!