Show
63 citations
related to Materials science
Show
63 citations
related to Materials science as a subject or category
Description Term used during the period 2002-present
Book
M. Grant Norton
(2021)
Ten Materials That Shaped Our World.
(/isis/citation/CBB346943024/)
Article
Thijs Hagendijk; Márcia Vilarigues; Sven Dupré
(2020)
Materials, Furnaces, and Texts: How to Write About Making Glass Colours in the Seventeenth Century.
Ambix: Journal of the Society for the History of Alchemy and Chemistry
(pp. 323-345).
(/isis/citation/CBB558591304/)
Article
Thea Goldring
(2020)
Recovered or Perfected: The Discourse of Chemistry in the Nineteenth-Century Revival of Stained Glass in Britain and France.
19: Interdisciplinary Studies in the Long Nineteenth Century.
(/isis/citation/CBB755976997/)
Article
Hanna Vikström
(July 2020)
Producing Electric Light: How Resource Scarcity Affected Light Bulbs, 1880–1914.
Technology and Culture
(pp. 901-922).
(/isis/citation/CBB276762071/)
Thesis
Kimberly Paige Farris
(2020)
The Incorporeal Scientific Method: Gender, Hybridity, and the Rise of Material Science in American Literature, 1840–1900.
(/isis/citation/CBB368756822/)
Book
Ursula Klein
(2020)
Technoscience in History: Prussia, 1750–1850.
(/isis/citation/CBB945116323/)
Article
Quinn, Jim
(Winter 2020)
Stephanie Kwolek, Kevlar.
American Heritage of Invention and Technology.
(/isis/citation/CBB859920609/)
Article
Sean Silver
(2020)
The Emergence of Texture.
Journal of the History of Ideas
(pp. 169-194).
(/isis/citation/CBB494064968/)
Article
Louise Karlskov Skyggebjerg
(2019)
Knowledge Making and Corporate Environmentalism from the Perspective of the Egg Tray.
History and Technology
(pp. 31-57).
(/isis/citation/CBB750469989/)
Article
Petrus Kautto; Helena Valve
(2019)
Cosmopolitics of a Regulatory Fit: The Case of Nanocellulose.
Science as Culture
(pp. 25-45).
(/isis/citation/CBB546323901/)
Article
Thorade, Nora
(2019)
Gute Kohle - Schlechte Kohle (Good Coal - Bad Coal).
Der Anschnitt: Zeitschrift für Kunst und Kultur im Bergbau
(pp. 76-92).
(/isis/citation/CBB033021573/)
Thesis
Amy S. Robbins
(2019)
Experimental Expertise: Glass at the Intersection of Art and Science.
(/isis/citation/CBB554413678/)
Book
Alexander Kraft
(2019)
Berliner Blau: Vom frühneuzeitlichen Pigment zum modernen Hightech-Material.
(/isis/citation/CBB804347343/)
Book
Michael Bycroft; Sven Dupré
(2018)
Gems in the Early Modern World: Materials, Knowledge and Global Trade, 1450–1800.
(/isis/citation/CBB296000135/)
Book
Les Johnson; Joseph E. Meany
(2018)
Graphene: The Superstrong, Superthin, and Superversatile Material That Will Revolutionize the World.
(/isis/citation/CBB696974881/)
Article
Pablo F. Gómez
(2018)
Caribbean Stones and the Creation of Early-Modern Worlds.
History and Technology
(pp. 11-20).
(/isis/citation/CBB339433878/)
Book
Kragh, Helge
(2018)
Ludvig Lorenz: A Nineteenth-century Theoretical Physicist.
(/isis/citation/CBB292339717/)
Article
Maria Elvira Callapez; Sara Marques da Cruz; Marta Martins Neto
(2018)
Plastics Hand in Hand with Consumers – A Route in Portugal.
Icon: Journal of the International Committee for the History of Technology
(pp. 108-126).
(/isis/citation/CBB346281424/)
Thesis
Kristen Michelle Schranz
(2018)
A New Narrative for "Keir's Metal": The Chemical and Commercial Transformations of James Keir's Copper Alloy, 1770-1820.
(/isis/citation/CBB499957808/)
Article
Yousef Yassi
(2017)
Al-Jazari’s Water Clocks: An Archaeological Reconstruction and Comparative Analysis of the Peacock Clock and the Dragon Clock.
Nuncius: Annali di Storia della Scienza
(pp. 1-24).
(/isis/citation/CBB139452133/)
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