SINCE the publication in 1952 of Douglas McKie's Antoine Lavoisier, the standard biography which is of great value to all students of eighteenth-century science, there has been a steady increase in knowledge of most aspects of Lavoisier's life and work. This survey will be concerned ,mainly with monographs and papers in scientific and historical journals, but several important books may first be noted.

The eighteenth century saw the publication of many scientific and technical dictionaries, particularly in France, one of the most important being P. J. Macquer's Dictionnaire de chymie. Both the original text of 1766 and the revised and enlarged version of 1778 were translated into several languages, sometimes with authoritative notes and additions by the translators. No mere list of definitions, Macquer's work contained long articles that made it a comprehensive treatise on chemistry, and it set the pattern for many subsequent (...) chemical dictionaries. We have endeavoured to give an account of the circumstances in which the various editions, reprints and translations were published, and we add detailed bibliographical descriptions of them. Bibliographical purists consider that all the copies of a book printed from the same setting of type constitute an ‘edition’, and that there is a new edition when all or most of the type has been reset. However, Macquer described his revised and expanded text of 1778 as the ‘second edition’ and this designation has been adopted by subsequent writers, even though the original text was reprinted several times from different settings of type before 1778. In order to avoid confusion we therefore refer to all versions of the 1766 and 1778 editions as ‘issues’, ‘printings’ or ‘reprints’ of the first and second edition respectively. (shrink)

In scientific circles in Paris and London large burning lenses were used in the eighteenth century as a means of reaching very high temperatures. However, their great expense proved to be unjustified, for chemists found that even in good weather they did not give reproducible results. This paper is concerned only with chemical applications of the lenses, and not with theoretical discussions of the means of eliminating aberration or calculating the temperatures attained.

In 1768 H. B. de Saussure studied chemistry with Baumé in Paris, and subsequently, using precise quantitative methods, he analysed minerals collected during his alpine journeys. He began to use the blowpipe in 1784, and later adapted it so that with a microscope and micrometer he could examine the effects of high temperatures on minute specimens of minerals. Analyses of air carried out with a portable eudiometer convinced him that air from alpine valleys contained more oxygen, and was therefore healthier, (...) than air from either mountain tops or plains. In 1788 he accepted the antiphlogistic theory after reading the annotated French translation of Kirwan's Essay on Phlogiston; he announced his conversion in a letter to the translator, Madame Lavoisier, whose reply is discussed and published here for the first time. (shrink)