Martha Annie Whiteley
|Martha Annie Whiteley|
11 November 1866|
24 May 1956 (aged 89)|
|Alma mater||Royal College of Science|
|Awards||D.Sc. from the University of London and OBE in 1920|
Martha Annie Whiteley (11 November 1866 – 24 May 1956) was an English chemist and mathematician and one of the inventors of the Mustard Gas who wounded her own arm while testing it. Mustard Gas was used extensively during the First World War. She was instrumental in advocating for women's entry into the Chemical Society, and was best known for her dedication to advancing women's equality in the field of chemistry. She is identified as one of the Royal Society of Chemistry's 175 Faces of Chemistry.
Whiteley was born on November 11, 1866 in Chelsea, London, England to her father, William Sedgewick Whiteley and mother, Hannah Bargh. Her mother died in the 1870s, after which her father remarried Mary Bargh Turner Clark in 1880.
Whiteley began her education at Kensington High School, London, a Girls Public Day School Trust school . The Girls' Public Day School Trust provided affordable day school education for girls. She continued her education at the Royal Holloway College for Women (London), she graduated in 1890 with a B.Sc in chemistry from the University of London. She remained at the Royal Holloway College for Women to obtain and pass an honor in an undergraduate degree in mathematical moderations from University of Oxford.
Between 1891 and 1900 she was Science Mistress at Wimbledon High School and for the next 2 years, science lecturer at St. Gabriel's Training College, Camberwall. During 1898-1902 she was also undertaking research on the organic chemistry of barbiturate compounds at the Royal College of Science..
Whiteley's research, working with Professor Sir William Tilden, helped her achieve earning a doctorate degree (D.Sc.) in 1902 from the Royal College of Science (later part of Imperial College),. Her dissertation was on the preparation and properties of amides and oximes. At the same time, she worked part-time as a science lecturer at St Gabriel's Training College in Camberwell, a college for female teachers.
After completion of her doctorate in 1904, she was invited by Tilden to join the staff at the College of Science, and was one of only two female professional staff when the college merged with the newly formed Imperial College in 1907.
In 1912, Whiteley founded the Imperial College Women's Association upon recommendation from rector Sir Alfred Keogh. This association helped women of the college strive for equal treatment in the field of chemistry.
Whiteley retired from Imperial College in 1934, but continued work in editing and contributing to Thorp's Dictionary of Applied Chemistry with her co-author Jocelyn Field Thorpe. After Jocelyn Field Thorpe passed away in 1939, Whiteley became the principle editor of twelve volumes of the fourth edition of Thorp's Dictionary of Applied Chemistry. She completed her contributions at the age of 88 in 1954.
Whiteley's life and works are described in a detailed chapter in the 2011 publication on European Women in Chemistry.
During World War One, the chemical laboratories at the Imperial College were utilized to analyze samples collected from battlefields and areas that had been bombed. She and her colleagues focused on analyzing lachrymators and irritants. Whiteley worked with Frances Micklethwait and 6 other female scientists in an experimental trench at Imperial College testing mustard gas and explosives. She also worked on developing syntheses of drugs that had previously been imported from Germany including beta-Eucaine, Phenacetin and Procaine.
An earlier biography by Mary R.S. Creese of the University of Kansas was published in 1997 in the American Chemical Society's Bulletin for the History of Chemistry, and references what appears to be an obituary published 40 years previously in the year after Whiteley's death.
Contributions to Women in Science
Whiteley was well known for her contributions to working towards women's equality in the field of chemistry. Prior to establishing the Imperial College Women's Association in 1912, Whiteley fought for cloakroom facility updates for female staff and students in all academic departments.
Further, in 1904, she advocated with 19 other women for women's admittance into the Fellowship of the Chemical Society in London. At first the women were unsuccessful in their efforts, but in 1908 current fellows voted in favor of admitting women into the Chemical Society. However, the women did not gain full admittance into the fellowship until 1920 after the Sex Disqualification (Removal) Act of 1919 was passed. After joining the society, Whiteley worked with another woman, Ida Smedley Maclean, in founding the Women's Dining Club of the Chemical Society.
- "Dr. Martha Whiteley". The Times. London, England. 26 May 1956. p. 10. Retrieved 2014-08-05 – via The Times Digital Archive. (Subscription required (. ))
- Fara, Patricia (2018). A lab of one's own: Science and suffrage in World War One. Oxford University Press. pp. Chapter 11 – via P Fara (author) correspondence.
- Nicholson, Rafaelle; Nicholson, John (2012). "Martha Whiteley of Imperial College, London: A Pioneering woman Chemist". Journal of Chemical Education. 89: 598–601. Bibcode:2012JChEd..89..598N. doi:10.1021/ed2005455.
- "Dr Martha Annie Whiteley". 175 Faces of Chemistry. Royal Society of Chemistry. Retrieved 29 March 2014.
- Barrett, Anne (2017). Women At Imperial College; Past, Present And Future. World Scientific. pp. 69–76. ISBN 9781786342645. Retrieved February 9, 2017.
- Apotheker, Jan; Simon Sarkadi, Livia (2011). European women in chemistry. Weinheim: Wiley-VCH. ISBN 978-3-527-32956-4.
- Chemistry Was Their Life. p. 122.
- "University intelligence". The Times (36829). London. 25 July 1902. p. 5.
- "Martha Whiteley". Oxford Dictionary of National Biography. doi:10.1093/ref:odnb/46421.
- Creese, Mary RS (1997). "Martha Annie Whiteley (1866-1956): Chemist and Editor" (PDF). Bulletin for the History of Chemistry. 8: 42–45.
- Eldridge, AA (1957). "Martha Annie Whiteley. 1866-1956". Proceedings of the Chemical Society (June): 182–183.