Taylor, Roger

Taylor, Roger, ed. (1995). The Chemistry of Eullerenes. River Edge, NJ World Scientific. 

Submitted by Edward C. Taylor,1 Roger L. Robey,1 David K. Jorxson,1 and Alexander McKilloe2 Checked by F. Kiuhzll and A. Brossi... 

Krikun G, Schatz F, Taylor R, Critchley HO, Rogers PA, Huang J, et al. Endometrial endothelial cell steroid receptor expression and steroid effects on gene expression. / Clin Endocrinol Metab 2005 90 1812-8. 

It is a pleasure to acknowledge helpful discussions with David Cosgrove, James Damewood, James Empfield, Charles Lerman, Sorel Muresan, Tim Perkins, Roger Sayle, George Stratton, Peter Taylor, Dave Timms, David Weininger and Jeremy Yang. 

Additives can be consumed at the cathode by incorporation into the deposit and/or by electrochemical reaction at the cathode or anode. Consumption of coumarin in the deposition of nickel from a Watts-type solution has been studied extensively. Thus, in this section we discuss the consumption of coumarin, which is used as a leveler and partial brightener. In a series of papers (33, 36), Rogers and Taylor, described the effects of coumarin on the electrodeposition of nickel. They found that the coumarin concentration decreases linearly with time at —960 mV (versus SCE and 485 to 223 rpm at a rotating-disk electrode, for plating times of 8 to 75 min. A rotating-disk electrode was used to achieve a uniform and known rate of transport of additive to the cathode. Rogers and Taylor found that the rate of coumarin consumption is a function of coumarin bulk concentration. Figure 10.16 shows that the rate of consumption... 

Incorporation of Carbon from Coumarin in Deposits. Incorporation of carbon from coumarin was studied by Rogers and Taylor (36) and Edwards and LeWett (34) using a radiotracer technique with C-labeled coumarin. They found that the consumption of coumarin by incorporation into nickel deposits is small compared with consumption by reduction reaction, by a factor of about 10. 

E FN Spon is an imprint of the Taylor Francis Group 1999 Roger Rixom and Noel Mailvaganam... 

SCHOPENHAUER Ch ristopher Janaway SHAKESPEARE Germaine Greer SOCIAL AND CULTURAL ANTHROPOLOGY John Monaghan and Peter Just SOCIOLOGY Steve Bruce SOCRATES C. C. W. Taylor SPINOZA Roger Scruton STUART BRITAIN John Morrill... 

So in 1990 the Fullerenes became available in viable quantities and initiated a new and exciting field of chemistry. My colleagues Roger Taylor, David Walton and I set up a Fullerene and Nanoscience research programme at Sussex to explore the chemistry of the Fullerenes as well as the properties of carbon nanotubes. 

Harding, H. and Rogers, G. (1999). Physiology and growth of human hair, in Forensic Examination of Hair (J. Robertson, Ed.). London Taylor Francis, 1-77. 

Matsui H., Wagner V.E., Hill D.B., Schwab U.E., Rogers T.D., Buttom B., Taylor R.M., Superfine R., Rubinstein M., Iglewski R.H. and Boucher R.C. (2006) A physical linkage between cystic fibrosis airway surface dehydration and Pseudomonas aeruginosa biofilms. Proc Natl Acad Sci USA 103, 18131-18136... 

Volume 47 of Advances in Heterocyclic Chemistry is, unlike most volumes, a monograph and deals with the quantitative aspects of electrophilic substitution of heterocycles. It is written by Roger Taylor of the University of Sussex, Brighton, England, and your editor with one chapter contributed by Ross Grimmett of the University of Otago in New Zealand. It is hoped that this survey of the whole area of electrophilic substitution of heterocycles, covering as it does semiqualitative as well as completely quantitative aspects, will be of considerable help to workers in the field. 

Dr. William Cannell Dr. David Embrey Dr, Deborah Lucas Prof. James Reason Mr. Roger Taylor... 

Chatterjee A, Ali I, Joyner K, Mercer D, Kuehne J, Mason M, Esuivel A, Rogers D, O Brien S, Mei P, Murtaza S, Kwok SP, Taylor K, Nag S, Hames G, Hanratty M, Marchman H, Ashburn S, Chen I-C. Integration of unit processes in a shallow trench isolation module for a 0.25 pm complementary metal-oxide semiconductor technology. J Vac Sci Technol 1997 B15(6) 1936-1942. 

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