Engineering Drive Madison / Berlin / Washington DC / New York / /
Company
John Wiley & Sons Inc. / MCA / Walter de Gruyter & Co. / 13N / / /
Facility
FUSION TECHNOLOGY INSTITUTE UNIVERSITY OF WISCONSIN MADISON WISCONSIN Production / S. Krupakar Murali Fusion Technology Institute University of Wisconsin / University of Wisconsin’s IEC / S. Krupakar Murali Fusion Technology Institute / University of Wisconsin IEC / University of Wisconsin / University of Wisconsin IEC Chamber / University of Wisconsin-Madison / / /
IndustryTerm
insurance coverage / stainless steel tubing / software sums / high-energy protons / ammonia solution / attractive chemical properties / fusion energy / chemical properties9 / water solution / medical imaging procedures / high-energy / metal ions / fusion device / done using fusion energy / /
Organization
David Grainger Foundation / R. P. Ashley / G. Piefer / B. Cipiti / R. Radel / and S. Krupakar Murali Fusion Technology Institute / S. Krupakar Murali Fusion Technology Institute / Department of Medical Physics / FUSION TECHNOLOGY INSTITUTE UNIVERSITY OF WISCONSIN MADISON WISCONSIN Production / University of Wisconsin IEC Chamber / United States Military Academy / International Atomic Energy Agency / Department of Physics / University of Wisconsin / University of Wisconsin IEC / Medicare / /
Person
Ion Exchangers / Wilson Greatbatch / Robert J. Nickles / K. Dorfner / / /
Position
Editor / /
ProvinceOrState
Wisconsin / New York / /
PublishedMedium
Journal of Labelled Compounds and Radiopharmaceuticals / /
Technology
radiation / ion exchange / tomography / FUSION TECHNOLOGY / Radiopharmaceuticals / Technology of Fusion Energy / medical imaging / /
NO LOGY • Production of 13 N via Inertial Electrostatic Confinement Fusion