Show
58 citations
related to Molecules
Show
58 citations
related to Molecules as a subject or category
Description Term used during the period 2002-present
Article
Veronica Vivona; Luca Lepore; Giorgia Bilato; et al.
(2024)
The history of discovery of Interleukin-1: a fundamental cytokine of the innate immune response.
Medicina Historica
(pp. 1-9).
(/isis/citation/CBB189071854/)
Book
Robert Holloway
(2023)
The Chemical Histories of Soot and Buckminsterfullerene.
(/isis/citation/CBB946250573/)
Article
Reinhard W. Hoffmann
(2023)
Concerning "Molecules with Fluxional Structure: An Initial Moment in Their Conception.
Bulletin for the History of Chemistry
(pp. 129-130).
(/isis/citation/CBB641190453/)
Article
Reinhard W. Hoffmann
(2022)
Molecules with Fluxional Structure: An Initial Moment in Their Conception.
Bulletin for the History of Chemistry
(pp. 239-243).
(/isis/citation/CBB882689084/)
Article
Jeffrey I. Seeman
(2022)
The Back Story: Dudley Herschbach, A Doorway to a New World.
Bulletin for the History of Chemistry
(pp. 264-264).
(/isis/citation/CBB228568999/)
Article
Trevor W. Hambley; Ian D. Rae
(2022)
Hans Charles Freeman 1929–2008.
Historical Records of Australian Science
(pp. 180-190).
(/isis/citation/CBB450605743/)
Article
Ernst Kenndler
(2022)
Capillary Electrophoresis and its Basic Principles in Historical Retrospect. Part 4. Svante Arrhenius' Electrolyte Dissociation. From 56 Theses (1884) to Theory (1887).
Substantia: An International Journal of the History of Chemistry
(pp. 55-77).
(/isis/citation/CBB684558534/)
Article
Sir David C. Clary; Brian J. Orr
(2022)
Amyand David Buckingham 1930–2021.
Historical Records of Australian Science
(pp. 28-41).
(/isis/citation/CBB066064215/)
Article
Jeffrey I. Seeman
(2022)
History of the Woodward‐Hoffmann Rules. The No‐Mechanism Puzzle**.
The Chemical Record.
(/isis/citation/CBB217999213/)
Article
Henk Kubbinga
(2021)
The Fourth Centenary of the Molecular Theory, 1620-2020.
Bulletin for the History of Chemistry
(pp. 21-29).
(/isis/citation/CBB153747404/)
Book
George E. Smith; Raghav Seth
(2020)
Brownian Motion and Molecular Reality.
(/isis/citation/CBB800777900/)
Multimedia Object
Jim Stein; Nahin, Paul J.
(2020)
Paul Nahin, “Hot Molecules, Cold Electrons” (Princeton UP, 2020).
New Books Network Podcast.
(/isis/citation/CBB088116271/)
Book
Paul J. Nahin
(2020)
Hot Molecules, Cold Electrons: From the Mathematics of Heat to the Development of the Trans-Atlantic Telegraph Cable.
(/isis/citation/CBB042236017/)
Chapter
Bernardette Bensaude-Vincent
(2020)
From Simple Substance to Chemical Element.
In: What Is A Chemical Element? A Collection of Essays by Chemists, Philosophers, Historians, and Educators
(pp. 32-52).
(/isis/citation/CBB327497668/)
Book
Mathias Grote
(2019)
Membranes to Molecular Machines: Active Matter and the Remaking of Life.
(/isis/citation/CBB578630199/)
Article
Alan J. Rocke
(2018)
Englishing Kopp.
Isis: International Review Devoted to the History of Science and Its Cultural Influences
(pp. 753-759).
(/isis/citation/CBB685795190/)
Article
Evan Hepler-Smith
(2018)
“A Way of Thinking Backwards”: Computing and Method in Synthetic Organic Chemistry.
Historical Studies in the Natural Sciences
(pp. 300-337).
(/isis/citation/CBB100670426/)
Article
Peter Kasten
(2016)
The Search for Electron Rings Inside Atoms Led to the Debye-Scherrer Method.
Annalen der Physik
(pp. 761-764).
(/isis/citation/CBB667679508/)
Article
José Antonio Chamizo
(2014)
The Role of Instruments in Three Chemical Revolutions.
Science and Education
(pp. 955-982).
(/isis/citation/CBB078200210/)
Article
Villani, Giovanni
(2014)
Structured System in Chemistry: Comparison with Mechanics and Biology.
Foundations of Chemistry
(pp. 107-123).
(/isis/citation/CBB001420435/)
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