Klein, Ursula

Klein, Ursula. Origins of the Concept of Chemical Compound. Science in Context j (1994) 163-204. 

King, Lester S. The Medical World of the Eighteeenth Century (Krieger, 1958). Klein, Ursula. Verbindung und Affinitat Die Grundlegung der neuzeitlichen Chemie an der Wende vom 17. Zum 18. Jahrhundert (Birkhauser, 1994). 

Klein, Ursula. Robert Boyle—Der Begriinder der neuzeitlichen Chemie. Philosophia Naturalis 31, 1994, 63-106. 

Klein, Ursula. E.F. Geoffroy s Table of different Rapports observed between different chemical substances—A Reinterpretation. Ambix 42, 1995, 251-287. Klein, Ursula. The Chemical Workshop Tradition and the Experimental Practice Discontinuities within Continuities. Science in Context 9, 1996,... 

Klein, Ursula. 1997. "Paper-Tools and Techniques of Modelling in Nineteenth-Century Chemistry." In Nineteenth-Century Chemistry Its Experiments, Paper-Tools, and Epistemological Characteristics, (Preprint 56, pp. 27-47). Berlin Max-Planck-Institut fur Wissenschafts-geschichte. 

Klein, Ursula. Nature and Art in Seventeenth-Century French Chemical Textbooks, in Allen G. Debus and Michael T. Walton, eds., Reading the Book of Nature The Other Side of the Scientific Revolution (Kirksville Sixteenth Century Journal Publishers, 1998), pp. 239-250. 

Klein, Ursula. "Techniques of Modelling and Paper Tools in Classical Chemistry." In Models as Mediators Perspectives on Natural and Social Science, edited by Mary S. Morgan and Margaret Morrison, 146-66. Cambridge Cambridge University Press, 1999. 

Library of Congress Cataloging-in-Publication Data Klein, Ursula. 

Klein, Ursula (1996) The Chemical Workshop Tradition and the Experimental Practice Discontinuities within Continuities Science in Context, 9 251—287. 

Klein, Ursula (ed.) (2001) Tools and Modes of Representation in the Laboratory Sciences, Dordrecht, Kluwer Academic Publications. 

Klein, Ursula and Wol ang Lefevre (2007) Materials in Eighteenth-Century Science A Historical Ontology, Cambridge, MA, MIT Press. 

Ursula Klein, Origin of the Concept of Chemical Compound, Science in Context 7 (1994) 163-204, and her E.F. Geoffroy s Table of Different Rapports Observed between Different Chemical Substances—a Reinterpretation, Ambix 42 (1995) 79-100. See also J.B. Gough, Lavoisier and the Fulfillment of the Stahlian Revolution, Osiris 4 (1988) I5-33-... 

My version of this history of salt is based entirely on the writings of the seventeenth- and eighteenth-century chemists. But the reader of this book can gain further insights and examples of this topic by reading contemporary monographs written by Frederic Holmes and Ursula Klein. Their accounts can be seen as basically parallel to this one. 

It was in the seventeenth century that the need for corporate action in pursuit of the experimental philosophy was recognized with the beginnings of institutionalization in science. The practice of experimental chemistry in the Paris Academie des Sciences at the turn of the seventeenth century has been analysed by Ursula Klein.141 With a more theoretical emphasis, seventeenth-century chemical ideas and the ways in which they... 

Although there exists an extensive historiography on Robert Boyle and on the Chemical Revolution, the relationship between these two important foundational moments of modern chemistry has not been established in a satisfactory manner. Rather, Thomas Kuhn and Ursula Klein have argued that Boyle s mechanical philosophy had little influence on the development of modern chemistry (Kuhn, Robert Boyle and Structural Chemistry in the Seventeenth Century, Isis 43, 1952, 12-36 Klein, Verbindung und Afftnitat, Birkhauser, 1994 idem, Robert Boyle—Der Begriinder der neuzeitlichen Chemie. Philosophia Naturalis 31, 1994, 63-106). 

Ursula Klein, E. F. Geoffroy s Table of different Rapports observed between different chemical substances—A Reinterpretation, Ambix 42, 1995, 251-287. 

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