Afinitats electives

València, i la Revolució Química

Palau de Cerveró

Bibliografía sobre la revolución química

• ABBRI, F. (1984), Le Terre, l'Acqua, le Arie. La revoluzione chimica del Settecento, Bologna, Il Mulino, 439 p.
• ABBRI, F. (1994), 'Luft och eld' : Carl Wilhelm Scheele e il pensiero chimico del tardo Settecento, Archives Internationales d'Histoire des Sciences , 44 (133), 309-337.
• ABBRI, F. (2000), Volta's Chemical Theories: The First Two Phases. En: F. BEVILACQUA; L. FREGONESE (eds.), Nuova Voltiana, 2, 1-15.
• ALFONSO GOLDFARD, A.; MENDES FERRAZ, M.E. (1990), A recepçao da química moderna no Brasil, Quipu, 7, 73-91.
• ALLANç, D.; SCHOFIELD, R.E. (1980), Stephen Hales: Scientist and philanthropist, London, Scolar Press, 220 p.
• ALLCHIN, D. (1994), James Hutton and Phlogiston, Annals of Science, 51, 615-635.
• ANDERSON, W. (1989), Scientific nomenclature and revolutionary rhetoric, Rhetorica, 7, 45-53.
• BADASH, L. (1964), Joseph Priestley's Apparatus for Pneumatic Chemistry, Journal of the History of Medicine, 19, 139-155.
• BASU, P. (1992), Similarities and dissimilarities between Joseph's Priestley's and Antoine Lavoisier's chemical beliefs, Studies in History and Philosophy of Science , 23, 445-469.
• BENSAUDE-VICENT, B. (1983), A propos de Méthode de nomenclature chimique: Esquisse historique, Paris, CNRS, 36 + 252 p.
• BENSAUDE-VINCENT, B. (1983), A Founder Myth in the History of Sciences? The Lavoisier Case. En: L. GRAHAM; W. LEPENIES; P. WEINGART, Functions and Uses of Disciplinary Histories , Dordrecht, D. Reidel Publishing Company, 53-79.
• BENSAUDE-VINCENT, B. (1990), A View of the Chemical Revolution Through Contemporary Textbooks: Lavoisier, Fourcroy and Chaptal, British Journal for the History of Science , 23 (4), 435-460.
• BENSAUDE-VINCENT, B. (1993), Lavoisier. Mémoires d'une révolution, Paris, Flammarion, 469 p.
• BENSAUDE-VINCENT, B. (1995), Lavoisier y la revolución de la química, Mundo científico, 156 (15), 346-352.
• BENSAUDE-VINCENT, B. (1995), Sur la notion de révolution scientifique: une contribution méconnue de Lavoisier. En: Il y a 200 ans, Lavoisier, Paris , Académie des Sciences, 275-283.
• BENSAUDE-VINCENT, B. (1996), Between History and Memory: Centennial and Bicentennial Images of Lavoisier, Isis, 87, 481-499.
• BENSAUDE-VINCENT, B. (2000), Pneumatic Chemistry viewed from Pavia. En: F. BEVILACQUA; L. FREGONESE (eds.), Nuova Voltiana, 2, 15-33.
• BENSAUDE-VINCENT, B.; ABBRI, F. (eds.) (1995), Lavoisier in European Context. Negotiating a New Language for Chemistry, Canton, Science History Publications , 303 p.
• BENSAUDE-VINCENT, B.; GARCIA BELMAR, A.; BERTOMEU, J.R. (2003), ), L'émergence d'une science des manuels. Les livres de chimie en France (1789-1852) , Paris, Editions des Archives Contemporaines.
• BERETTA, M. (1989), Gli scienziati italiani e la rivoluzione chimica, Nuncius, 4 (2), 119-146.
• BERETTA, M. (1992), The historiography of chemistry in the Eighteenth Century: a Preliminary survey anb bibliography, Ambix, 39 (1), 1-11 .
• BERETTA, M. (1993), The Enlightenment of Matter. The Definition of Chemistry from Agricola to Lavoisier, Canton, MA, Science History Publications , 396 p.
• BERETTA, M. (1993), Chemists in the Storm: Lavoisier, Priestley and the French Revolution, Nuncius, VIII (1), 75-104.
• BERETTA, M. (1994), A New Course in Chemistry. Lavoisier's first chemical paper, Firenze, Olschki, 101 p.
• BERETTA, M. (1995), Bibliotheca Lavoisieriana. The catalogue of the library of Antoine Laurent Lavoisier, Firenze, Olschki, 363 p.
• BERETTA, M. (1995), Marsilio Landriani. Richerche fisiche intorno alla salubrità dell'aria. Con un articolo diAlessandro Volta sull'eudiometria. Introduzione et cura di... , Firenze, Giunti, 127 p.
• BERETTA, M. (1995), Lavosier as a reader of chemical literature, Revue d'Histoire des Sciences, 48 (1-2), 71-94.
• BERETTA, M. (1998), Lavoisier: la rivoluzione chimica, Milano, Le Scienze.
• BERETTA, M. (2000), Pneumatics vs. "Aerial Medicine": Salubrity and Respirability of Air at the End of Eigtheenth Century. En: F. BEVILACQUA; L. FREGONESE (eds.), Nuova Voltiana. Studies on Volta and his Times, II, 49-73.
• BERETTA, M. (2000), Chemical Imagery and the Englightenment of Matter. En: W.R. SHEA (ed.), Visual Image in the Enlightenment, Canton, Science History Publications , 57-89.
• BERETTA, M. (2000), Pneumatics vs. "Aerial Medicine": Salubrity and Respirability of Air at the End of the Eighteenth Century. En: F. BEVILACQUA; L. FREGONESE (eds.), Nuova Voltiana, 2, 49-73.
• BERETTA, M. (2001), Imaging a Career in Science. The Iconography of Antoine Laurent Lavoisier, Canton, MA, Science History Publications, 126 p.
• BERETTA, M. (2001), From Nollet to Volta: Lavoisier and Electricity, Revue d'Histoire des Sciences, 54 (1), 29-52.
• BERETTA, M. (2005), Collected, Analyzed, Displayed: Lavoisier and Minerals. En: M. BERETTA, From Private to Public. Natural Collections and Museums , Sagamore, Watson Publishing, 113-141.
• BERRY, A. (1954), From Classical to Modern Chemistry, Cambridge, University Press.
• BERTHELOT, M. (1890), La Révolution Chimique. Lavoisier, Paris, Alcan.
• BERTHELOT, M. (1890), La révolution chimique: Lavoisier, Paris, Félix Alcan.
• BERTHELOT, M. (1900), Inauguration du Monument érigé à Lavoisier, par une souscription internationale ... le 27 juillet 1900. Discours de M. ..., Comptes rendus de l'Académie des Sciences , 131, 305-315.
• BERTOMEU SANCHEZ, J.; GARCIA BELMAR, A. (2001), Pedro Gutiérrez Bueno y las relaciones entre la química y la farmacia durante el último tercio del siglo XVIII , Hispania, LXI (2), 539-562.
• BERTOMEU SANCHEZ, J.; GARCIA BELMAR, A. (2001), Pedro Gutiérrez Bueno (1745-1822), los libros de texto y los nuevos públicos de la química, Dynamis , 21, 351-374.
• BERTOMEU SANCHEZ, J.; GARCIA BELMAR, A. (2003), El Curso de química general aplicada a las artes (1804-1805) de José María San Cristóbal y Josep Garriga i Buach . En: J.L. BARONA et al. (eds.), La Ilustración y las ciencias, Valencia, PUV, 179-237.
• BERTOMEU SANCHEZ, J.; GARCIA BELMAR, A. (2006), Visiones de la revolución química (1794-1943): entre la historia y la memoria, Cuadernos dieciochistas , 7, 113-140.
• BOUGARD, M (1999), La chimie de Nicolas Lémery, Turnhout, Brepols Publishers, 524 p.
• BRET, P. (1995), Trois décennies d'études lavoisiennes. Supplément aux bibliographies de Duveen, Revue d'histoire des sciences, XLVIII (1/2) , 169-197.
• BRET, P. (1995), Débats et chantiers actuels autour de Lavoisier et de la révolution chimique, Revue d'histoire des sciences, XLVIII (1/2) , 3-207.
• BRET, P. (2003), L'état, l'armée, la science, l'invention de la recherche publique en France (1763-1830), Rennes, PUR, 483 p.
• BRET, P. (2004), Un bateleur de la science: le "machiniste-physicien" François Bienvenu et la diffusion de Franklin et Lavoisier, Annales historiques de la Révolution française , 4, 95-127.
• CARNEIRO, A.; DIOGO, M.P.; SIMOES, A. (2005), Communicating the new chemistry in 18th-century Portugal: Seabra's Elementos de Chimica, Science & Education , In press.
• CARNEIRO, A.; SIMOES, A: DIOGO, M.P. (2000), Enlightenment Science in Portugal: The Estrangeirados and Their Communication Networks, Social Studies of Science , 30 (4), 591-619.
• CASSEBAUM, H. (1982), Carl Wilhelm Scheele, Leipzig, Teubner, 108 p.
• CASSEBAUM, H.; KAUFFMAN, G.B. (1976), The analytical concept of a chemical element in the work of Bergman and Scheele, Annals of Science, 33 , 447-456.
• CLOW, A.; CLOW, N.L. (1952), The Chemical Revolution, London, Batchworth.
• COLEBY, L. (1952), John Hadley, Fourth professor of chemistry in the University of Cambridge, Annals of Science, 8, 293-301.
• CROSLAND, M. (1959), The use of diagrams as chemical "equations" in the lecture notes of William Cullen and Joseph Black, Annals of Science, 15 , 75-90.
• CROSLAND, M. (1962), Historical Studies in the Language of Chemistry, London, Melbourne and Toronto.
• CROSLAND, M. (1963), The Development of Chemistry in 18th Century, Studies on Voltaire and the 18th Century, 24, 369-441.
• CROSLAND, M. (1968), Les héritiers de Lavoisier, Paris.
• CROSLAND, M. (1973), Lavoisier's Theory of Acidity, Isis, 64, 306-325.
• CROSLAND, M. (1980), Chemistry and the chemical revolution. En: ROUSSEAU, G.S.; PORTER, R. (eds.), The Ferment of knowledge, London, Cambridge University Press .
• CROSLAND, M. (1983), A Practical Perspective on Joseph Priestley as a Pneumatic Chemist, British Journal for the History of Science, 16, 223-238 .
• CROSLAND, M. (1994), In the Shadow of Lavoisier: The Annales de Chimie, Oxford.
• CROSLAND, M. (1995), Lavoisier, the two french revolutions and "The imperial despotism of oxygen", Ambix, 42 (2), 101-118.
• CROSLAND, M. (2003), Research Schools of chemistry from Lavoisier to Wurtz, British Journal for the History of Science, 36 (3), 333-361.
• CHANG, K. (2002), The Matter of Life. Georg Stahl and the REconceptualizations of Matter, Body and Life in Early Modern Europe, Chicago, Ph.D., 256 p.
• CHAOULI, M. (2002), The Laboratory of Poetry: Chemistry and Poetics in the Work of Friedrich Schlegel, Johns Hopkins University Press.
• CHASTAIN, B. (1989), Books of the chemical revolution, Bulletin for the History of Chemistry, 5, 34-37.
• CHRISTIE, J. (1983), The Chemical Revolution in Scotland, Ambix, 30.
• DALMASSO, G. (s.a.), Presence de la "chymie" dans la France du Nord, de la deuxième moitié du XVIIIè siècle au premier tiers du XIXè..., Lille, Thèse de Doctorat .
• DAUMAS, M. (1941), Lavoisier, Paris, Gallimard, 259 p.
• DAUMAS, M. (1950), Les appareils d'experimentation de Lavoisier, Chymia, 3, 45-62.
• DAUMAS, M. (1955), Lavoisier, théoricien et expérimentateur, Paris, PUF.
• DAUMAS, M.; DUVEEN, D.I. (1959), Lavoisier's Relatively Unknown Large-Scale Decomposition and Synthesis of Water, Chymia, 5, 113-129.
• DECOURT, P. (1974), Lavoisier et la Révolution. Est-il vrai que le tribunal ait dit en le condamnant à mort: "La République n'a pas besoin de savants?" , Archives Internationales Claude Bernard, 7, 5-94.
• DJERASSI, C.; HOFFMAN, R. (2003), Oxígeno. Obra en dos actos, México, Fondo de Cultura Económica, 1000 p.
• DOLAN, B. (2004), Literature and Science, 1660-1834. Chemistry, London, Pickering & Chatto, 472 p.
• DONOVAN, A. (1975), Philosophical Chemistry in the Scottish Enlightenment: The doctrines and discoveries of William Cullen and Joseph Black, Edinburgh , University Press.
• DONOVAN, A. (1976), Pneumatic chemistry and Newtonian natural philosophy in the 18th century: William Cullen and Joseph Black, Isis, 67, 217-228 .
• DONOVAN, A. (1988), The Chemical Revolution: Essays in Reinterpretation, Osiris, 4, 1-236.
• DONOVAN, A. (1993), Antoine Lavoisier. Science, Administrartion and Revolution, Oxford, Blackwell Publishers, 349 p.
• DUVEEN, D.; KLICKSTEIN, A.S. (1954), A Bibliography of the Works of Antoine Laurent Lavoisier, 1743-1794.
• DUVEEN, D.; KLICKSTEIN, H.S. (1954), A letter from Berthollet to Blagden relating to the Experiments for a Large-Scale Synthesis of Water Carriet Out by Lavoisier and Meusnier in 1785 , Annals of Science, 10, 58-62.
• DUVEEN, D.; KLICKSTEIN, H. (1955), Antoine Laurent Lavoisier's contributions to medicine and public health, Bulletin of the History of Medicine, 29 , 164-179.
• DUVEEN, D.; KLICKSTEIN, H.S. (1958), A letter from Guyton de Morveau to Macquart relating to Lavoisier's attack against the Phlogiston Theory, Osiris , 12, 345-347.
• EDDY, M. (2001), Geology, mineralogy and time in John Walker's University of Edinburgh natural history lectures, History of Science, 39, 95-119 .
• EDDY, M. (2002), Classification and the Early Mineralogical Career of the "Ingenious" Rev. Dr. John Walker (1749-1779), British Journal for the History of Science , 35, 411-438.
• EDDY, M. (2003), The "ingenious" Rev. Dr. John Walker: chemistry, mineralogy and geology in enlightenment Edinburgh (1740-1800), Edinburgh, University Ph.D. , 225 p.
• EDDY, M. (2003), "Reading with Intelligence": The Chemistry of Mineralogical Classification and Geological Composition in Edinburgh's Medical School at the End of Eighteenth-Century . En: U. KLEIN (ed.), Spaces of Classification, Berlin, MPWG preprints, 133-161.
• EDDY, M. (2003), Elements, principles and the narrative of affinity, Foundations of Chemistry, 6, 161-175.
• ESTANY, A. (1990), Modelos de cambio científico, Barcelona, Crítica, 229 p.
• EYLES, V. (1963), The evolution of a chemist. Sir James Hall of Dunglass, Handdingtoshire (1761-1832), and his relations with Joseph Black, Antoine Lavoisier, and other scientist of the period , Annals of Science, 19, 153-182.
• EYLES, V. (1963), The Evolution of a Chemist: Sir James Hall (1761-1832), Annals of Science, 19 (3), 153-182.
• FICHMAN, M. (1969), French Stahlism and Eighteenth-Century Chemistry, Cambridge,HA, Harvard, 245 p.
• FICHMAN, M. (1971), French Stahlism and Chemical Studies of Air (1750-1770), Ambix, 18, 94-122.
• FYFFE, J. (1992), Joseph Black : a bibliography / compiled by J.G. Fyffe and R.G.W. Anderson., London, Science Museum, xv + 125 p.
• GAGO, G (1984), La enseñanza de la química en Madrid a finales del siglo XVIII, Dynamis, 4, 277-300.
• GAGO, R; CARRILLO, J.L. (1980), A bibliographical study of the reception of Lavoisier's work in Spain. Addenda to a bibliography by Duveen and Klickstein , Ambix, 27 (1), 19-25.
• GAGO, R. (1988), The New Chemistry in Spain, Osiris, 4, 169-192.
• GAGO, R.; CARRILLO, J.L. (1979), La introducción de la nueva nomenclatura química y el rechazo de la teoría de la acidez de Lavoisier en España. Edición facsímil de las Reflexiones sobre la nueva nomenclatura química de Juan Manuel de Aréjula , Málaga, Universidad, VII + 92 p.
• GARCIA BELMAR, A.; BERTOMEU SANCHEZ, J.R. (1999), Nombrar la materia. Una introducción histórica a la terminología química, Barcelona, El Serbal , 230 p.
• GARCIA BELMAR, A.; BERTOMEU SANCHEZ, J.R. (2001), Viajes a Francia para el estudio de la química, 1770-1833, Asclepio, 53 (1), 95-135.
• GARCIA BELMAR, A.; BERTOMEU SANCHEZ, J.R. (2003), Constructing the center from the periphery. Spanish travellers to France at the time of the Chemical Revolution . En: A. SIMOES; A. CARNEIRO; M. P.DIOGO (eds.), Travels of Learning. A Geography of Science in Europe, Dordrecht, Kluwer, 143-188.
• GASCOIGNE, R. (1995), The Eighteenth-Century Scientific Community: A Prosopographical Study, Social Studies of Science, 25, 575-581.
• GEE, B. (1989), Amusement Chests and Portable Laboratories: Practical Alternatives to the Regular Laboratory. En: F.A.J. JAMES (ed.), The Developmetn of the Laboratory , Basingstoke and London, 37-59.
• GILLESPIE, C. (1956), Notice biographique de Lavoisier par Madame Lavoisier, Revue d'histoire des Sciences, 9, 52-61.
• GILLESPIE, C. (1983), The Montgolfier Brothers adn the Invention of Aviation, 1783-1784, Princenton, University Press, 210 p.
• GOLINSKI, J. (1990), Chemistry in the Scientific Revolution: Problems of language and communication. En: D.C. LINDBERG; R. WESTMAN (ed.), Reappraisals of the Scientific Revolution , Cambridge, University Press, 367-397.
• GOLINSKI, J. (1992), The Chemical Revolution and the politics of lenguage, Eighteen Cent. Theory Interpr., 33, 238-251.
• GOLINSKI, J. (1992), Science as Public Culture: Chemistry and Enlightenment in Britain, 1760-1820, Cambridge, University Press, xi + 342 p.
• GOLINSKI, J. (1994), Precision Instruments and the Demonstrative Order of Proof in Lavoisier's Chemistry, Osiris, 9, 30-48.
• GOLINSKI, J. (2002), Conversations on Chemistry: Talk about Phlogiston in the Coffee House Society, 1780-1787. En: T.H. LEVERE; G.E. TURNER (eds.), Discussing Chemistry and Steam: The Minutes of a Coffee House Philosophical Society, 1780-1787, Oxford, University Press, 191-207.
• GOLINSKI, J. (2003), Chemistry. En: R. PORTER (ed.), Cambridge History of Science - Eighteenth-Century Science, Cambridge, Univ. Press, 375-397.
• GOUGH, J. (1968), Lavoisier's early career in science: an examination of some new evidence, British Journal for the History of Science, 4 , 52-57.
• GOUGH, J. (1971), The Foundation of Modern Chemistry. The Origin and Development of the Concept of Gaseous State and its Role in the Chemical Revolution of the Eighteenth-Century , New York, Cornell University, Ph.D..
• GOUGH, J. (1981), The origins of Lavoisier's theory of the gaseous state. En: WOOLF, H. (ed.), The analytical spirit. Essays in the history of Science in Honor of Henry Guerla , Ithaca, Cornell University Press, 15-40.
• GOUGH, J. (1983), Lavoisier's memoirs on the nature of water and their place in the chemical revolution, Ambix, 30, 89-106.
• GOUGH, J. (1988), Lavoisier and the Fulfillment of the Stahlian Revolution, Osiris, 4, 15-34.
• GRIMAUX, E. (1888), Lavoisier, 1743-1794, d'après sa correspondance, ses manuscrits, ses papiers de famille et d'autres documents inédits, Paris .
• GRISON, E.; GOUPIL, M.; BRET, P. (1994), A scientific correspondence during the chemical revolution : Louis-Bernard Guyton de Morveau and Richard Kirwan , 1782 - 1802 , Berkeley, University of California, 254 p.
• GUERLAC, H. (1951), The Continental Reputation of Stephan Hales, Archives Internationales d'Histoire des Sciences, 4, 393-404.
• GUERLAC, H. (1956), A note on Lavoisier's scientific education, Isis, 47, 211-216.
• GUERLAC, H. (1959), Some French antecedents of the Chemical Revolution, Chymia, 5, 73-112.
• GUERLAC, H. (1961), Lavoisier - The crucial Year. The Background and Origin of his First Experiments on Combustion, in 1772, Ithaca, Cornell University Press .
• GUERLAC, H. (1961), Quantification in Chemistry, Isis, 52, 194-214.
• GUERLAC, H. (1975), Antoine-Laurent Lavoisier, chemist and revolutionary., New York.
• GUERLAC, H. (1976), Chemistry as a branch of Physics: Laplace's collaboration with Lavoisier, Historical Studies in the Physical Sciences, 7 , 193-276.
• GUERLAC, H. (1976), The Chemical Revolution: A Word from Monsieur Fourcroy, Ambix, 23 (1), 1-4.
• GYUNG KIM, Mi (2000), Chemical Analysis and the Domains of Reality: Wilhelm Homberg's Essais de chimie, 1702-1709, Studies in History and Philosophy of Science , 31 (1), 37-69.
• HEERING, P. (2005), To see or not to see. Jean Paul Marats öffentliche Experimente und ihre Analyse mit der Replikationsmethode, NTM, 13, 17-32 .
• HEERING, P. (2005), Weighing the heat: The replication of the experiments with the ice-calorimeter of Lavoisier and Laplace. En: M. BERETTA (ed.), Lavoisier in Perspective , München, Deutsches Museum, 27-41.
• HOLMES, F. (1997), What was the chemical revolution about?, Bulletin for the History of Chemistry, 20, 1-9.
• HOLMES, F. (1985), Lavoisier and the Chemistry of Life. An Exploration of Scientific Creativity, Wisconsin, University of Wisconsin Press.
• HOLMES, F. (1990), Eighteenth-Century Chemistry as an Investigate Enterprise, Berkeley, University of California, 144 p.
• HOLMES, F. (1995), The boundaries of Lavoisier's chemical revolution, Revue d'histoire des sciences, XLVIII (1/2), 9-49.
• HOLMES, F. (1995), Concepts, Operations, and the Problem of "Moderninity" in Early Modern Chemistry. En: U. KLEIN (ed.), Fundamental Concepts of Early Modern Chemistry , Berlin, MPIWG Preprints, 47-72.
• HOLMES, F. (1995), The chemical revolution and the art of healing, Caduceus, 11 (2), 103-126.
• HOLMES, F. (1996), The Communal Context of Etienne-François Geoffroy's "Table des rapports", Science in Context, 9 (3), 289-313.
• HOLMES, F. (1997), Antoine Lavoisier- The Next Crucial Year, Princeton, Univ. Press, 184 p.
• HOLMES, F. (2000), : The "Revolution in Chemistry and Physics": Overthrow of a Reigning Paradigm or Competition between Contemporary Research Programs? , Isis, 91 (4), 735-754.
• HOLMES, F. (2000), Phlogiston in the Air. En: F. BEVILACQUA; L. FREGONESE (eds.), Nuova Voltiana, 2, 73-112.
• HOLMES, F. (2003), Chemistry in the Académie Royale des Sciences, Historical Studies in the Physical and Biological Sciences, 34, 41-68.
• HOLMES, F.; LEVERE, T. H. (eds.) (2000), Instruments and Experimentation in the History of Chemistry, Cambridge, MIT Press, 415 p.
• HOMBURG, E. (1999), The Rise of Analytical Chemistry and its Consequences for the Development of the German Chemical Profession, Ambix, 46 (1), 1-32.
• HUFBAUER, K. (1971), Social Support for Chemistry in Germany during the 18th. Century. How and why did it Change ?, Historical Studies in the Physical Sciences , 3, 205-232.
• HUFBAUER, K. (1982), The formation of the German chemical community, 1720-1795, Berkeley, Univ. of California Press, 312 p.
• JACOBSEN, A. (2000), A.W. Hauch's Role in the Introduction of Antiphlogistic Chemistry into Denmark, Ambix, 47 (2), 71-95.
• JACOBSEN, A. et al. (2003), Â¥rsted's Theory of Force. An unpublished textbook in dynamical chemistry, Copenhagen, Royal Danish Academy of Sciences .
• JENNINGS, R. (1981), Lavoisier's views on phlogiston and the matter of fire before about 1770, Ambix, 27 (3), 206-209.
• JOVILLET CASTELOT, F. (1925), La révolution chimique et la transmutation des métaux, Paris, Charcornac Fréres.
• JUNGNICKEL, C.; McCORMMACH, R. (1999), Cavendish. The Experimental Life, Bucknell, 813 p.
• KERKER, M. (1955), Herman Boerhaave and the Development of Pneumatic Chemistry, Isis, 46 (1), 36-49.
• KIM, M. (2003), Affinity, That Elusive Dream: A Genealogy of the Chemical Revolution, Boston, MIT, 599 p.
• KLEIN, U. (1994), Origin of the concept of chemical compound, Science in context, 7, 163-204.
• KLEIN, U. (1994), Verbindung und Affinität. Die Grundlegung der neuzeitlichen Chemie an der Wende vom 17. zum 18. Jahrhundert, Basel.
• KLEIN, U. (1995), E. F. Geoffroy's Table of Different "Rapports" Observed between different chemical substances.- A Reinterpretation, Ambix, 42 (2), 79-100.
• KLEIN, U. (1995), Fundamental Concepts of Early Modern Chemistry in the Context of the Operational and Experimental Practice, Berlin, MPIWG Preprints , 140 p.
• KLEIN, U. (1996), The Chemical Workshop Tradition and the Experimental Practice: Discontinuities within Continuities, Science in Context, 9 (3), 251-289.
• KLEIN, U. (2003), Experimental history and Herman Boerhaave's chemistry of plants, Studies in History and Philosophy of Biological and Biomedical Sciences , 34, 533-567.
• KLEIN, U. (2005), Experiments at the intersection of conceptual investigation, experimental history and technological improvement, In press.
• KLEIN, U. (2005), Technoscience avant la lettre, Perspectives on Science, 13 (2), 226-266.
• KLEIN, U.; LEFEVRE, W. (2007), Materials in Eighteenth-Century Science. A Historical Ontology, Cambridge, MA, MIT Press.
• KNOEFF, R. (2002), Herman Boerhaave (1668-1738): Calvinist chemist and physician, Amsterdam, Royal Netherlands Academy of Arts.
• KOPP, H. (1873), Die Entwicklung der Chemie in der neueren Zeit, Munich, R. Oldenbourg.
• LANGINS, J. (1992), Fourcroy, historien de la Révolution chimique. En: M. GOUPIL (ed.), Lavoisier et la Révolution Chimique, Paris, SABIX, 13-33 .
• LE GRAND, H. (1972), Lavoisier's oxygen theory of acidity, Annals of science, 24, 1-18.
• LE GRAND, H. (1973), Fixed Air: The Universal Acid, Ambix, 20, 88-94.
• LE GRAND, H. (1974), Ideas on the composition of muriatic acid and their relevance to the oxygen theory of acidity, Annals of Science, 31 , 213-26.
• LE GRAND, H. (1975), The "conversion" of C.L. Berthollet to Lavoisier's chemistry, Ambix, 22, 58-70.
• LE GRAND, H. (1982), Chemistry in a Provincial Context: The Montpellier Société Royale des Sciences in the Eighteenth-Century, Ambix, 29 (2) , 88-105.
• LEHMAN, C. (2006), Gabriel-François Venel 1723-1775). Sa place dans la chimie française du XVIIIè siècle, Nanterre, Paris X, 702 p.
• LEVERE, T. (2005), The role of instruments in the dissemination of the Chemical Revolution, Endoxa, 19, 227-242.
• LEVERE, T.H.; TURNER, G. (eds.) (2002), Discussing Chemistry and Steam: The Minutes of a Coffee House Philosophical Society, 1780-1787, Oxford, University Press .
• LIBES, A. (1810-13), Histoire philosophique des progrès de la physique, Paris, 4 vols. vols.
• LINDSAY, J. (1970), Autobiography of Joseph Priestley. Introduction by ..., Bath, Adams & Dart, 159 p.
• LISSA, R. (1992), Condillac, Lavoisier and the instrumentalization of science, Eighteenth Cent. Theory Interpr., 33, 252-271.
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