TORONTO GENERAL

The measurement approach we have proposed [2,4] differs in detail from that proposed by the Rockester-Toronto-General Ionex group. Subsequently, most other researchers have adopted this latter technique. In the following sections, we discuss the... 

FRCPC, Department of Medicine, University of Toronto, Mount Sinai Hospital Samuel Lunenfeld and Toronto General Hospital Research Institutes, Toronto, Ontario, Canada... 

An early suggestion to use an accelerator to measure C directly was contained in the July 4,1976, issue of Astrophysical Notes, an internal publication of the UC Berkeley Space Sciences Laboratory, written by Muller and entitled Radioisotope Dating with a Cyclotron. An article with the same title appeared in the March 1977 issue of Science (16). In November 1977, simultaneous publication of the initial results of the C Van de Graaff measurements by a Simon Fraser-McMaster University collaborative effort (J7) and a University of Toronto-General lonex Corporation-University of Rochester consortium (18) appeared in Science. The culmination of the initial demonstrations of the possibility of direct C measurements was the First Conference on Radiocarbon Dating with Accelerators held at the University of Rochester in April 1978 (J9). 

Division of Vascular Surgery Toronto General Hospital 200 Elizabeth Street Toronto, QN, M5G 2C4, Canada... 

G. MARINOV, Medical University of Vama, Bulgaria, R. GUIDOIN, Laval University, Canada, L. W. TSE, Toronto General Hospital, Canada, L. WANG, Donghua University,People s Republicof China, A. A. RUTHRAUFF, Secant Medical Inc. and North Carolina State University, USA and T. YAO and M. W. KING, North Carolina State University, USA... 

Department of Medical Imaging, Toronto General Hospital,... 

Knoche, K.F. et al, Second law and cost analysis of the oxygen generation step of the general atomic sulfur-iodine cycle, in Proc. 5th World Hydrogen Energy Conf, Toronto, 2, 487, July, 1984. 

Since May 1977 a consortium of scientists from the University of Rochester, the General Ionex Corporation and the University of Toronto (RIT) have explored some of the features of this new spectrometry. The scope of this program includes ... 

The present paper describes the status of this work on the direct detection of radionuclei. It also describes, in a general manner, apparatus that is being built for dedicated detection facilities that are being installed at the Universities of Arizona, Oxford, Toronto and Nagoya. 

At the same time, another group of researchers [3] (from the Universities of Rochester and Toronto, and the General Ionex Corporation) working quite independently and unknown to us, also showed that a Tandem accelerator offered many advantages for direct detection radioisotope dating. Since those initial experiments, many groups have undertaken similar work, and the first commercial systems should appear within the next year. 

The mill has been developed, partly at the University of Toronto, Canada1-20 21) and commercialised by General Comminution Inc. in Toronto. Capacities range from 20 kg to 10 tonnes of dry material per hour. A small laboratory pilot mill has an inside diameter of 160 mm and fits on a bench. The large, 640 mm diameter unit has external dimensions of about 2mx2mxlmin terms of height, length and width. 

Read, John. Erom Alchemy to Chemistry. Toronto, Ontario General Publishing, 1995. 

Reeves H. (1994) Atoms of Silence (General Publishing, Toronto). 

During my undergraduate years, 1935-1939, in Honors Mathematics and Physics at the University of Toronto, increasingly, I became interested in mathematical physics, picking up some elementary quantum mechanics and relativity. My first encounter with Einstein s general relativity theory (GRT) was in the substantial treatise of Levi-Civita on differential geometry, which ends with a 150-page introduction to GRT. This is a beautiful theory, which I presented in lectures from 1950 in Toronto because it had become the dominant orthodoxy everyone should know ... 

At the Montreal symposium, it was decided to hold the third conference in the series in 1969 at the University of Toronto and to have the conference, like the Montreal meeting, organized by two cochairs from different institutions, a tradition that has been maintained by all subsequent symposia in the series. The Toronto symposium was organized by Richard Bader (McMaster University) and Imre Csizmadia (University of Toronto). Like for the first two symposia, the list of invited speakers included a large number of chemists from abroad. Despite its name, the Canadian Symposium on Theoretical Chemistry is an international conference. Typically about 70% of the invited speakers are from abroad and more than 60% of the participants are from 15 or more countries other than Canada. Attendance is generally in the range of 160-220 registrants. 

The second meeting was also held under the auspices of the American Chemical Society, in Toronto in June 1988.63 The subject was the general one of electrochemistry only a proportion dealt with historical aspects of instrumentation. One paper provided an overview of electrochemical instrumentation64 and others considered the specific topics of the pH meter,65 the glass electrode,66 and the dropping mercury polarograph of Jaroslav Heyrovsky.67... 

Miloradovich, M. (1952). Growing and Using Herbs and Spices. General Publishing Co., Toronto, Canada. 

Published in Canada by general Publishing Company, Ltd., 30 Lesmill Road, Don Mills, Toronto, Ontario. 

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