References

Additional sources and materials

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2. Guerlac H. Lavoisier — the crucial year. The background and origin of his first experiments on combustion in 1772. Ithaca; N. Y., 1961. 

3. Kohler R. E., Jr. The origin of Lavoisier’s first experiments on combustion / / Isis. 1972. V. 63. № 218. P. 349—355; Idem. Lavoisier’s rediscovery of the air from mercury calx: a reinterpreta­ tion //A m bix. 1975. V. 22. Pt. I. P. 52—57. 

4. Siegfried R. Lavoisier’s view of the gaseous state and its early application to pneumatic chemistry / / Isis. 1972. V. 63. № 216. P. 59—78; idem. Lavoisier’s table of simple substances: its origin and interpretation //Ambix. 1982. V. 29. Pt. I. P. 29—48.

5. Siegfried R., Dobbs B. J. 1. Composition, a neglected aspect of the chemical revolution / / Ann. Sci. 1968. V. 24. № 4. P. 275—293.

6. Melhado E. M. Chemistry, Physics and the Chemical Revolution / / Isis. 1985. V. 76. P. 195—211.

7. Perrin S. E. Prelude to Lavoisier’s theory of calcination: some observation on Mercurius calcinatus per se / / Ambix. 1969. V. 16. № 3. P. 140—151; Idem. Lavoisier’s table of the elements: a reappraisal / / Ibid. 1973. V. 20. № 2. P. 95—105. 

8. Gough J. B. Nouvelle contribution à l’étude de l’évolution des idées de Lavoisier sur la nature de l’air, et sur la calcination des m étaux/ / Arch, internat, histoire sci. 1969. An. 29. № 88—89. P. 267—275; Idem. The origins of Lavoisier’s theory of the gaseous state / / The analytic spirit.  Essay in the history of science. In honor of Henry Guerlac / Ed. Woolf H. Ithaca; L„ 1981.  P. 15—30; idem. Lavoisier’s memoirs on the nature of water and their place in the chemical revolution //Ambix. 1983. V. 30. № 2. P. 89—106. 

9. Holmes F. L. Lavoisier and the Chemistry of Life: An Exploration of Scientific Creativity. Madison, 1985.

10. Dorfman Ya. G. Lavuaz'e. M., 1962. 

11. Marks K., Ehngel's F. Soch. 2-e izd. T. 20. 

12. D' Alembert J. L. Discours préliminaire de l’Encyclopédie. P., 1910. 

13. Mirabaud (psevdonim P. Gol'bakha). Système de la Nature, ou des lois du Monde Physique et du Monde Morale. Pt. 1. Londres, 1781. 

14. Bibler V. S. Vek Prosvescheniya i kritika sposoba suzhdeniya. Didro i Kant //Zapadnoevro­ pejskaya khudozhestvennaya kul'tura XVIII v. M., 1980.

15. Cassebaum N., Kauffman G. V. The analytical concept of a chemical element in the work of Bergman and Sheele/ / Ann. Sci. 1976. V. 33. № 5. P. 447—456. 

16. Fichman M. French Stahlism and chemical studies of air, 1750—1770 //Am bix, 1971. V. 18. № 2. P. 94—122.

17. Macquer P. J. Elémens de chymie théorique. P., 1751. 

18. Macquer P. J. Dictionnaire de Chymie. T. 2. P. 1766. 

19. Le Grand H. E. K note on fixed air: the universal acid / / Ambix. 1973. V. 20. № 2. P. 88—94. 

20. Wertime T. A. The discovery of the element carbon //O siris. 1954. V. 11. P. 211'—220. 

21. Kritsman V. A. O rabotakh A. Lavuaz'e po organicheskoj khimii / / Ocherki po istorii organiche­ skoj khimii. M., 1977. S. 5—20. 

22. Melhado E. M. Jacob Berzelius. The Emergence of his chemical system. Stockholm, 1981. 

23. Lavoisier A. L. Oeuvres. T. IL Mémoires ue chimie et de physique. P.; 1862 

24. Berthelot M. La révolution chimique. Lavoisier. Ouvrage suivi de notices et extraits des registres inédits de laboratoire de Lavoisier. P., 1890. 

25. Lavoisier A. L., Guyton de Morveau L. B., Berthollet C. L., Fourcroy A. F. de. Méthode de no­ menclature chimique. P., 1787. 

26. Fizer L., Fizer M. Organicheskaya khimiya. T. 1. M., 1969. 

27. Lavoisier A. L. Oeuvres. T. I. P., 1864. 

28. Dobrotin P. B. Sostav—struktura—protsess. Istoriko-metodologicheskij analiz. L., 1984. 

29. Bykov G. V. Istoriya organicheskoj khimii. Strukturnaya teoriya. Fizicheskaya organicheskaya khimiya. Raschetnye metody. M., 1976.