Chemistry, history medicine

Schafer U (1995) The history of lithium as a fascinating and versatile element in chemistry, biology, medicine and industry. In Kosla T, ed. 

Despite the already long history of the discovery of carbon narrotubes (CNT) [1], the interest in the problem of obtaining carbon nanostructures with desired eharacteris-tics unabated, constantly improving their synthesis. Unique physical arrd cherrrical properties of CNTs can be applied in variotrs fields of modem technology, electronics, materials science, chemistry and medicine [2]. One of the most irrrportant from the point of view of practical apphcations is the trarrsport property of CNTs. 

VII. A Dictionary of Chemistry. Containing the Theory and Practice of that Science its application to Natural Philosophy, Natural History, Medicine, and Animal Economy. . . [tr. by James Keir], 2 vols. 4°, London, 1771 2 ed. with Appendix, A Treatise on the Various Kinds of Elastic Fluids or Gases, 3 vols. 8°, 1777 (Sotheran Cat. 832 (1932), 387). A copy annotated by Keir shows that he was preparing a new ed., which never appeared (Gurney, Cat. 20 (1958), no. 387). 

History and Objectives of Quantitative Drug Design. In Hansch C, P G Sammes and J B lor (Editors) Comprehensive Medicinal Chemistry Volume 4. Oxford, Pergamon Press, pp. 1-31. emd H van de 1995. Chemometric Methods in Molecular Design. Weinheim, VCH Publishers. 

Tnte MS. History and objectives of qnantitative drng design. In Hansch C, Sammes PG, Taylor JB, editors, Quantitative drug design (Comprehensive Medicinal Chemistry, Vol. 4). Oxford Pergamon Press, 1990. p. 1-31. 

Debus, Allen George. Chemistry, alchemy and the new philosophy 1550-1700 studies in the history of science and medicine. London Variorum Reprints, 1987. xii, 320 p. in various pagings ISBN 0-86078-197-6... 

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