University College, Liverpool,

Sidgwick, Mrs. H. (1897). University Education of Women A Lecture Delivered at University College, Liverpool, in May 1896. Macmillan and Bowes, Cambridge, p. 11. 

R. Cosstick, University of Liverpool O. Dahl, University of Copenhagen, Denmark R. S. Edmundson, formerly of University of Bradford C. D. Hall, King s College, London... 

D. V. Banthorpe, University College, London G. Britton, University of Liverpool B. V, Chariwood, King s College, London J. D. Connolly, University of Glasgow... 

S. A. Branch University College, London G. Britton University of Liverpool... 

University of Liverpool, Metal Phosphates Imperial College, Immobilized Heteropolyacids Delft University, Metal Silicalites. 

Emmanuel College 5 St John s College 5 University of Copenhagen 13 University of Durham 140 University of Kent at Canterbury 90,92 University of Leeds 141 University of Leieester 146 University of Liverpool 29 University of Lund 13 University of Manchester vi, 171 University of Milan 90 University of Minnesota 193 University of Oxford 71,90 Magdalene College 27 University of Sheffield 10,140 University of Southern California 10 University of Sussex vii, xii, 6, 24, 31, 59, 89,147,171 ff., 187, 193, 231, 237, 252 University of Sydney 163 University of Toronto 187 University of Wiseonsin, Madison 235 Victoria and Albert Museum 4... 

James Sheridan Muspratt (Dublin, 8 March 1821-Liverpool, 4 February (or 3 March) 1871) worked (1843-5) with Liebig in Giessen, and published researches with Hofmann (see p. 436). He also published an important investigation on the metallic sulphites. He was assistant in University College, London, and in 1848 founded a College of Chemistry in Liverpool, in which he was professor. He published books. ... 

Sir) Ian Morris Heilbron (Glasgow, 6 November 1886-London, 14 September 1959), professor in the Royal Technical College, Glasgow (1919), the universities of Liverpool (1920), and Manchester (1933), and Imperial College, London, later in industry, worked especially on vitamins and penicillin. ... 

Sir) Henry Enfield Roscoe (London, 7 January 1833-Leatherhead, Surrey, 18 December 1915), who came of a famous Liverpool family, was first educated there, then studied at University College, London, under Graham and Williamson (1848-53), and then with Bunsen in Heidelberg on the photochemical union of hydrogen and chlorine (from 1855, see p, 721). He succeeded E. Frankland as professor in Owens College, Manchester (later the University of Manchester) in 1857, private laboratory in... 

Dept of Chemistry, The University of Liverpool, Crown Street, Liverpool L69 7ZD, UK Dept of Chemistry, University College, London, WCIH OAJ, UK... 

University of Liverpool (UoL), Special Collection and Archives, D106/2/13, Porton Report No. 2632, E. Boyland and F.E McDonald, The Toxicity and Stabihty of PF-3 and T 2002 , 17 July 1944. Correspondence of Prof Wikon, whilst at University College Hospital Medical School, London, with the MoS (Porton Experimental Station) regarding his PF-3 research (1946—1951). 

In 1911 the University of Western Australia was established by Parliament and in the following year applications were called for the original teaching appointments. Wilsmore was appointed to the Chair of Chemistry. Before he left England, the Chair of Physical Chemistry at Liverpool became vacant in consequence of Professor F.G. Donnan s removal from Liverpool to University College, London, as successor to Sir William Ramsay. The Liverpool Chair was offered to Wilsmore, but he was unable to accept it, as he had already accepted the Australian Chair. 

Sir Robert Robinson (1996-1975), who developed this sequence, received his DSc at the University of Manchester under the supervision of C. Perkin and eventually returned there after posts in Sidney, Australia, and Liverpool, England, to serve as professor. In 1930, he accepted the professorship at the University College London. He received the Nobel Prize in Chemistry in 1947 (see Rapson, W. S. Robinson, R. /. Chem. Soc., 1935,1285). 

We are indebted to the following lecturers who reviewed early drafts of the chapters for the second edition Dr David L. Cooper, University of Liverpool (Chapters 2 and 14), Professor Mike Williamson, University of Sheffield (Chapters 21 and 23), Professor James Hanson, University of Sussex (Chapter 20), Professor Laurence Harwood, University of Reading (Chapter 20), Professor Robin Waldi, University of Reading (Chapters 6 and 16), Professor Howard Maskill, University of Newcastle (Chapter 20), Dr Norman Billingham, University of Sussex (Chapter 22), Dr Jon Nield, Queen Mary College, (Chapter 23), Professor Jon Cooper, University College London (Chapter 23), Dr Duncan Bruce, University of York (Chapter 22), Professor David Mankoff, University of Pennsylvania (Chapter 25), Dr Philip Walker, University of Surrey and Dr Eli Zysman-Colman (University of St Andrews (Chapter 22), and Dr Graham Patrick (Chapter 25), University of the West of Scotland. 

Cardiff Catalysis Institute, School of Chemistry, Cardiff University, Cardiff, UK, CFIO 3AT. Present address Department of Chemistry, University College London, 20 Gordon Street, WCIH OAJ London, UK Research Complex at Harwell, Rutherford Appleton Laboratory, Harwell Oxford, Didcot 0X11 OFA, UK. Stephenson Instimte for Renewable Energy, Chemistry Department, The University of Liverpool, Crown Street, L69 7ZD, Liverpool, UK. Cardiff Catalysis Institute, School of Chemistry, Cardiff University, Cardiff, UK, CFIO 3AT. 

Frederick G rge Donnan (Colombo, Ceylon, 6 September 1870-Canterbury, 16 December 1956), a pupil of Ostwald and van t Hoff, was professor of physical chemistry in Liverpool (1910-13) and succeeded Ramsay as professor of chemistry in University College, London (1913-37). He gave the theory of the Hall and Thomson effects for solutions of an electrolyte, the second for two solutions in contact at different temperatures. He devised a drop pipette for investigating the dispersion of oils in alkali and soap solutions. Spring proved that the detergent action of soap in removing particles of dirt depends on peptisation by adsorption of soap at the interface. The use of salts of long-chain fatty acids as detei ents stems from researches by Reychler. ... 

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