Baxter, Richard

Baxter, Richard. Reliquiae Baxterianae or Mr. Richard Baxter s narrative of the most memorable passages of his life and times... London Matthew Sylvester, 1696. 

VALERY ANTONENKO GEORGE BARANY TONY BAXTER GARY BOLTON MARK BRADLEY BARRY BUNIN DAN COOK ROLAND DOLLE JON ELLMAN NAT FINNEY KOICHI FUKASE ARPAD FURKA SAM GERRITZ DENNIS HEYER STEVE HUTCHINS JOHN KIELY MARK KURTH MICHAEL LAWRENCE BRUCE MARYANOFF AUBREY MENDONCA ADNAN MJALLI K. C. NICOLAOU JOHN NUSS DINESH PATEL JOHN PORCO ROBERT RAMAGE WOLFGANG RAPP AL ROBICHAUD JOE SALVINO JAY SIEGEL MICHAEL SOFIA RICHARD SOLL STEVE WILSON CHARLIE XIAO... 

Steven Brown, M.S. (1974), Research Associate, University of Kentucky, Lexington, KY Richard Harrington, M.S. (1974), 112 306 Baxter Court, Chaska, MN Yoshiyuki Sakano, Post-D. (1974-1975), Faculty of Agriculture, Tokyo University of Agriculture and Technology, Fuchu, Tokyo, Japan Yuk-Charn Chan, Ph.D. (1975), Research Biochemist, American Critical Care, McGrew Park, IL... 

All of these determinations of atomic weight, including those of Baxter and Gover on normal lead, were made by the same method, the same care as to purity of materials, and the same refinements of technique. Even Honigschmid, now in Vienna, had worked on atomic weight determinations with Richards, and so was familiar with the best procedure. The results obtained are therefore strictly comparable. 

Richard Blackmore (Baxter Hemoglobin Therapeutics) presented work on a fully automated small-scale model of a pilot-scale purification process for recombinant hemoglobin. This paper employed the scaled-down system to examine how the system will respond to feedstock changes. Interestingly, the operating temperature of the post cell lysis heat step was found to influence both the Q column yield and final product quality in an unexpected manner. The use of a fully automated, unattended, multistep purification system offers distinct advantages with respect to speed and efficiency in purification, as well as an analytical tool to understand interactions within the recovery and purification process. 

Richards and Baxter also analysed the chloride and oxide of cobalt. It was not found possible to prepare the anhydrous chloride wholly free from alkali chloride and silica, so that their two reductions of the chloride to the metal are slightly in error ... 

The excellent agreement between Richards and Baxter s analyses of cobalt bromide and Baxter and Coffin s analyses of cobalt chloride leaves no doubt as to the accuracy of the value... 

Modern work on the atomic weight of iron begins in 1900 with Richards and Baxter s analyses of ferric oxide 3 by reduction to the metal in a stream of hydrogen. Richards and Baxter found that the exact determination of this ratio is a matter of extreme difficulty, and regarded their experiments as preliminary in character. The mean result was as follows (0=16-000) —... 

The preceding results leaving little doubt that Richards and Baxter s analyses of ferric oxide are affected by a slight, but, nevertheless, appreciable error, Baxter and Hoover 3 undertook a thorough revision of this process. For full details of their work, which, though apparently quite simple, was, in reality, extremely difficult, the reader must be referred to the original memoir. The result was as follows (O =16 000) —... 

The modern values of atomic weights are due largely to Professor Theodore William Richards of Harvard University (1868-1928). Much valuable work was also carried out by G. P. Baxter of Harvard and O. Honigsehmid of the University of Munich. 

The synthesis of oxamniquine (14) has been reported by Baxter and Richards [17,18]. The key intermediate is 2-isopropylaminomethyl-6-methylquinoline (31), which may be obtained by three routes as given in scheme 1. Hydrogenation of 31... 

Aston Frederick W., Baxter, G. P., Brauner, B., Debieme, A., Leduc, A., Richards, Soddy, T. W. F., Urbain, G. 1923. "Report of the International Committee on the Elements." Journal of the American Chemical Society 45 867-874. 

Aston FW, Baxter GP, Bohuslav Brauner A, Debieme A, Leduc TW, Richards FS, Urbain G (1923) Report of the hitemational Committee on Chemical Elements. J Am Chem Soc 45 867-874... 

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