Bleaney, Brebis (Author)
Lounasmaa, O. V. (Author)
Studies of spontaneous nuclear ordering in metals were started in Finland in 1974, eventually making positive and negative spin temperatures in the nanokelvin and picokelvin regimes experimentally possible. Magnetic susceptibility and neutron diffraction measurements on copper, silver and rhodium metals are described, with particular emphasis on negative spin temperatures.
...More
Article
Bleaney, Brebis;
Lounasmaa, O. V.;
(2003)
Nuclear Orientation and Nuclear Cooling Experiments in Oxford and Helsinki Part 2. Progress from 1945 to 1970
(/isis/citation/CBB000470300/)
Article
Bleaney, Brebis;
Lounasmaa, O. V.;
(2003)
Nuclear Orientation and Nuclear Cooling Experiments in Oxford and Helsinki. Part 1. Progress before 1940
(/isis/citation/CBB000470299/)
Article
Paju, Petri;
(2008)
National Projects and International Users: Finland and Early European Computerization
(/isis/citation/CBB000930602/)
Article
William H. Brock;
(2019)
David Marcus Knight (1936–2018): An Appreciation
(/isis/citation/CBB332780065/)
Article
Antonio Fundarò;
(2019)
La teoria del tutto secondo Hawking e Barrow
(/isis/citation/CBB959999825/)
Book
Oliver Hochadel;
Agustí Nieto-Galan;
(2018)
Urban Histories of Science: Making Knowledge in the City, 1820-1940
(/isis/citation/CBB782667249/)
Article
Paula Schönach;
(2020)
'From Now on We All Demand: Give Us Pure Ice!' - Natural and Artificial Ice in the Service of Food Hygiene in Nineteenth- and Twentieth-Century Helsinki, Finland
(/isis/citation/CBB251206569/)
Article
Markkanen, Tapio;
(2013)
The Development of the Classical Observatory: From a Functional Shelter for the Telescope to the Temple of Science
(/isis/citation/CBB001451595/)
Article
Holmberg, Peter;
(2004)
The Physical Tourist: Physics in Helsinki
(/isis/citation/CBB000641761/)
Article
Atten, Mark van;
(2005)
On Gödel's Awareness of Skolem's Helsinki Lecture
(/isis/citation/CBB000740619/)
Article
M. J. Tannenbaum;
(2018)
How hadron collider experiments contributed to the development of QCD: from hard-scattering to the perfect liquid
(/isis/citation/CBB345160858/)
Article
David P.D. Munns;
(2021)
Teaching in a Swimming Pool: The Ford Nuclear Reactor and the Training of the Atomic Age
(/isis/citation/CBB766957111/)
Article
Matteo Leone;
Nadia Robotti;
(2015)
Chasing the Ghost Particle: The Long and Winding Road Toward the Detection of Solar Neutrinos
(/isis/citation/CBB517819826/)
Chapter
David P.D. Munns;
(2020)
The Atom Goes To College”: The Teaching Reactors that Trained the Atomic Age
(/isis/citation/CBB336171764/)
Article
Ubaldo Dore;
Pier Loverre;
Lucio Ludovici;
(2019)
History of accelerator neutrino beams
(/isis/citation/CBB854631604/)
Article
Hein Brookhuis;
(2023)
Making Belgian Big Science: A History of the MYRRHA Research Reactor (1994–2010)
(/isis/citation/CBB309014512/)
Article
Jun 淳 Tateno 舘野;
(2019)
[Evaluation of Reactor Concepts in the Power Reactor Development in USA: Demonstration Program and the Advantage of Light Water Reactors] 米国初期動力炉開発過程における炉型評価: 動力炉デモンストレーション・プログラムと軽水炉の浮上
(/isis/citation/CBB494771719/)
Article
Colin Milburn;
(2019)
Ahead of Time: Gerald Feinberg and the Governance of Futurity
(/isis/citation/CBB761628864/)
Article
Sethi, Megan Barnhart;
(2012)
Information, Education, and Indoctrination: The Federation of American Scientists and Public Communication Strategies in the Atomic Age
(/isis/citation/CBB001220840/)
Article
Krige, John;
(2005)
Isidor I. Rabi and CERN
(/isis/citation/CBB000641829/)
Be the first to comment!