EXETER,UNIVERSITY

P. W. Fowler (Exeter University, U.K.). I believe you require 60 heptagons and 60 extra pentagons because they have a plane of symmetry, if you are going icosohedral, and you can do it with a slightly modified spiral algorithm. 

The case of reactors with two unmixed feedstreams is especially interesting (6), because more realistic for applications. It has been thoroughly investigated in a series of papers by researchers of Exeter University (UK). The BPT model offers a convenient picture of the reactor where both feed streams have their own RTD and the two bundles are placed side by side in such a manner that particles with the same life expectancy are situated as usual on the same vertical line (figure 6). In a first paper (60), a distinction is made between age mixedness and species mixedness Maximum age and species mixedness is achieved if particles with the same life expectancy are mixed. A more restrictive case is that where particles are able to mix only if they have both the same... 

Pascoe R D Exeter,University Edited by Dolbey R (Rapra Technology Ltd.)... 

We thank Robin Holman (Exeter University) for CHN microanalysis. U. Singh thanks the Open University for financial support, and the University of Exeter for the use of its facilities. 

Graham Mitchell (1948-) had come from Sydney Cohen s laboratory at Guy s Hospital. He had trained as a zoologist (bachelor of science, BSc 1969, Exeter University, Exeter, United Kingdom), and worked initially for his PhD on the immune response to merozoites, and their use as a vaccine in P. knowlesi infections, in close collaboration with Geoffrey Butcher and under Cohen s supervision. His thesis was entitled Experimental studies on acquired malarial immunity . Dave Dennis and Lawrence Bannister were in the team, and together they isolated viable merozoites and studied their invasion at the ultrastructural level this work continues well into the present century. The P. knowlesi... 

See D. Williams, Deformed Discourse The Function of the Monster in Medieval Thought and Literature, Exeter, University of Exeter Press, 1996. 

Ricin had been one of a series of poisons which the British had considered for use in assassinations during the Second World War. Indeed, even in the 1960s research was still being conducted into the effects of the poison under a contract with Exeter University. But the public evidence of British interest in Ricin was small in comparison with the work which had been carried out in eastern Europe. Even a superficial scan of the published research papers on Ricin revealed a surprisingly high proportion of the work to have been carried out in Hungary and Czechoslovakia.1... 

The authors would like to thank Prof. Duncan Bruce, Department of Inorganic Chemistry, Exeter University, UK for supplying the materials used in this study. 

The Centre for Rural Research, Exeter University, Lafrowda House, Exeter, Devon, UK... 

My thanks go to the primary science coordinators and Exeter University trainee teachers with whom I have discussed these issues and who gave me useful feedback on the suggested approach for planning with safety in mind. Thanks also to Martin Gomberg (Education Officer for the Royal Society for the Prevention of Accidents) for a copy of the paper by McWhirter. 

Nigel Skinner is a lecturer in science education at the University of Exeter where he is involved in training both primary and secondary science specialists. Safety is a particular interest of his and he has been a member of the Exeter University Safety Committee for 7 years. He has been a junior school governor for 8 years and is currently the Chair of the Association for Science Education (South West Region). 

Rydon, Norman (p. 243, Plate 36) born in 1912 studied chemistry at London (B.Sc. 1931, Ph.D. 1933, D.Sc. 1938), D. Phil., Oxford 1939. Chemical Defence Experimental Section, 1940-1945. From 1945-1947 Member of Scientific Staff of the Lister Institute, then Reader at Birkbeck College, London, until 1949 and from 1949-1952 Reader at Imperial College, London. Professor at Manchester College of Science and Technology 1952-1957, Professor and Head of Department, Exeter University 1957-1977. Rydon s work outside of peptide research was on natural substances peptide topics at Exeter included cysteine peptides, sequential polypeptides, synthetic studies of ferredoxins. Chlorination followed by starchh-potassium iodide for the detection of peptides is known as Rydon-Smith reagent. 

Emulsion manufacture Crossflow membrane emulsification (Exeter University/Unilever)... 

W.R.J. Barron and Glyn S. Burgess, The Voyage of Saint Brendan (Exeter Exeter University of Exeter Press, 2002), pp. 329 and 340. 

Drs John Gregg (left), Stephen Brunauer and Ken Sing (right) (1969). Note John Gregg was a pioneer of adsorption studies (Exeter University, UK). Ken Sing, from Brunei University, London, UK, of international reputation, interacted with Brunauer and Dubinin. (Photograph... 

---