SECTION V. — CHEMISTRY, PURE AND APPLIED. 605 



Lauga, a. 



Precis elementaire de chimie, formant une collection de douze tableaux 

 synoptiques representant iin cours en douze lefons. Bordeaux et 

 Paris, 183S. 4to. 



Laugier, a. 



Cours de chimie generale. Paris, 1829. 4 vols., 8vo. Vol. i, Premiere 

 a dix-huitieme lecon [each separately paginated]. Vol. 11, pp. 

 xvi-511. Vol. Ill, pp. xxiv-541. Vol. IV, plates and indices, pp. 64 

 and 8 plates. 



Laugier, E., et A. de Kramer. 



Tableaux synoptiques, ou abrege des caracteres chimiques des bases sali- 

 fiables. Paris, 1828. 8vo. 



JiATnMAm., A. 

 Kap6oJioBaa KncJioTa ci. toikh sptnia xHMH^ecKO&, rnrieHHiecKot, Mean- 

 itHHCKofl, cejiLCKO-xosaficTBcnnofi u $H3iojioriiiecKoii. C.-IIeTep6yprT. 1872. 



Laupm.\N, a. Carbolic acid from the standpoint of chemistry, hygiene, 

 medicine, agriculture and physiology. St. Petersburg, 1872. 



Laurent, Auguste. 



Methode de chimie. Paris, 1S54. pp. xxii-464, Svo. 



Chemical Method, notation, classification and nomenclature 

 translated by William Odling. Printed for the Caven- 

 dish Society, London, 1855. pp. xxiii-382, Svo. 



Laven, a. W. 



Oorganisk Kemi. Andra upplagan. Stockholm, 1S55. 8vo.' 



Lavoisier, Antoine Laurent. 



Memoires de chimie. Paris, 1805. 2 vols., 8vo. 



Published by Madame Lavoisier. 



OEuvres, publiees par les soins de son Excellence le Ministre de I'ln- 



struction publique et des cultes. Paris, 1864-92. 5 vols., 4to. 



Vol. I, pp. xi-728, 16 plates, 1S64. Vol. 11, pp. 828, 8 plates, 1862. 



Vol. Ill, pp. 795, 12 plates, 1865. Vol. iv, pp. 775, 4 plates, 1868. 



Vol. V, 1892. 

 * Opuscules physiques et chymiques. Tome premier. Paris, 1774. pp. 



xxx-436, 8vo. Three folding plates. 



This classical work deserves a full analysis. It consists of two distinct parts, 

 the first bearing the title : " Precis historique sur les emanations elas- 

 tiques qui se degagent des corps pendant la combustion, pendant la 

 fermentation et pendant les effervescences." In this historical es.say the 

 author, beginning with Van Helmont and his "gas sylvestre," traces 

 the successive discoveries of Boyle, Males, Black, Cavendish and 

 Priestley and joins with them the theoretical views of the chemists 



