Auguste Victor Louis Verneuil
Auguste Victor Louis Verneuil (French: [vɛʁnœj]; 3 November 1856 – 27 April 1913) was a French chemist best known for inventing the first commercially viable process for the manufacture of synthetic gemstones.[1] In 1902 he discovered the "flame fusion" process, today called the Verneuil process, which remains in use today as an inexpensive means of making artificial corundum, or rubies and sapphires.[1]
Biography
Verneuil was born in Dunkirk, France, in 1856. He was the son of a watchmaker-mechanic.[2] When he was 17, chemist Edmond Frémy accepted him as a laboratory assistant.[2] He received his bachelor's degree in 1875, his master's in 1880 and his PhD in 1886. In 1892 he became a professor of applied chemistry in the organic chemistry section of the Museum of Natural History in Paris, where he worked for 13 years. His first publication was with L. Bourgeois in 1880 on the preparation of crystalline hydrous iron arsenate.[2] He studied methods to synthesize ruby, the chemistry of selenium, the phosphorescence of zincblende, the chemistry of rare earth elements, the purification of glycerine and the production of high refractive index glass. He also taught chemistry at various high schools and colleges. Verneuil began working on the synthesis of rubies by flame fusion as far back as 1886 and came to a result within six years, depositing his sealed notes at the Paris Academy of Science in 1891 and 1892, but only announcing his discovery in 1902.[3]
References
- 1 2 The Handy Science Answer Book. Visible Ink Press. 2011-04-01. ISBN 9781578593637.
- 1 2 3 Feigelson, Robert (2004-07-09). 50 Years Progress in Crystal Growth: A Reprint Collection. Elsevier. ISBN 9780080489933.
- ↑ Wenk, Hans-Rudolf; Bulakh, Andrey (2016-09-30). Minerals: Their Constitution and Origin. Cambridge University Press. ISBN 9781316425282.
External links
Media related to Auguste Verneuil at Wikimedia Commons