Authors and Papers (1967)

"Authors and Papers." Nuclear Applications, 3(7), pp. 395–396 Additional informationNotes on contributorsKenneth W. DownesKenneth W. Downes (MS, Carnegie Tech., 1950) has been active in critical experiments since joining Brookhaven’s Experimental Reactor Physics Group in 1951.Anita CourtAnita Court (PhD, Chemistry, Michigan State, 1956), a member of the same group, has worked primarily on critical experiments on reactor mockups.Henri FenechHenri Fenech (left) is Associate Professor of Nuclear Engineering at Massachusetts Institute of Technology. With MS and ScD degrees from MIT, he has over ten years of industrial experience in the power production field.Henri GuéronHenri Guéron, an engineer from the Commissariat à l’Énergie Atomique, has been writing his doctoral thesis under Professor Fenech.J. ChernickThe authors, all members of the Nuclear Engineering Department at Brookhaven National Laboratory, have been interested in transuranium nuclide production in epithermal neutron spectra for several years. J. Chernick (shown alone) is Associate Head of the Physics Division. L. G. Epel (shown on right in group picture) is in the Evaluation and Technical Assistance Group of the Department. B. Manowitz (center of group picture) is Head of the Radiation Division. W. E. Winsche is Chairman of the Nuclear Engineering Department.L. G. EpelThe authors, all members of the Nuclear Engineering Department at Brookhaven National Laboratory, have been interested in transuranium nuclide production in epithermal neutron spectra for several years. J. Chernick (shown alone) is Associate Head of the Physics Division. L. G. Epel (shown on right in group picture) is in the Evaluation and Technical Assistance Group of the Department. B. Manowitz (center of group picture) is Head of the Radiation Division. W. E. Winsche is Chairman of the Nuclear Engineering Department.B. ManowitzThe authors, all members of the Nuclear Engineering Department at Brookhaven National Laboratory, have been interested in transuranium nuclide production in epithermal neutron spectra for several years. J. Chernick (shown alone) is Associate Head of the Physics Division. L. G. Epel (shown on right in group picture) is in the Evaluation and Technical Assistance Group of the Department. B. Manowitz (center of group picture) is Head of the Radiation Division. W. E. Winsche is Chairman of the Nuclear Engineering Department.W. E. WinscheThe authors, all members of the Nuclear Engineering Department at Brookhaven National Laboratory, have been interested in transuranium nuclide production in epithermal neutron spectra for several years. J. Chernick (shown alone) is Associate Head of the Physics Division. L. G. Epel (shown on right in group picture) is in the Evaluation and Technical Assistance Group of the Department. B. Manowitz (center of group picture) is Head of the Radiation Division. W. E. Winsche is Chairman of the Nuclear Engineering Department.W. L. PearlW. L. Pearl, G. G. Gaul, S. Leistikow, and E. G. Brush (l to r) are shoivn discussing the corrosion facility in which the INCONEL-625 corrosion studies were made. Pearl, Brush, and Gaul of the General Electric Co., Atomic Power Equipment Department, have collaborated on several corrosion papers some of which have appeared in Nuclear Applications. Dr. Leistikow of the Kernforschungszentrum Karlsruhe, Institut für Material- und Festkorperforschung at Karlsruhe, Germany, was on a technical work assignment at General Electric from January 1965 to April 1966 as part of the German government and industry Nuclear Superheat Performance and Evaluation Program.G. G. GaulW. L. Pearl, G. G. Gaul, S. Leistikow, and E. G. Brush (l to r) are shoivn discussing the corrosion facility in which the INCONEL-625 corrosion studies were made. Pearl, Brush, and Gaul of the General Electric Co., Atomic Power Equipment Department, have collaborated on several corrosion papers some of which have appeared in Nuclear Applications. Dr. Leistikow of the Kernforschungszentrum Karlsruhe, Institut für Material- und Festkorperforschung at Karlsruhe, Germany, was on a technical work assignment at General Electric from January 1965 to April 1966 as part of the German government and industry Nuclear Superheat Performance and Evaluation Program.S. LeistikowW. L. Pearl, G. G. Gaul, S. Leistikow, and E. G. Brush (l to r) are shoivn discussing the corrosion facility in which the INCONEL-625 corrosion studies were made. Pearl, Brush, and Gaul of the General Electric Co., Atomic Power Equipment Department, have collaborated on several corrosion papers some of which have appeared in Nuclear Applications. Dr. Leistikow of the Kernforschungszentrum Karlsruhe, Institut für Material- und Festkorperforschung at Karlsruhe, Germany, was on a technical work assignment at General Electric from January 1965 to April 1966 as part of the German government and industry Nuclear Superheat Performance and Evaluation Program.E. G. BrushW. L. Pearl, G. G. Gaul, S. Leistikow, and E. G. Brush (l to r) are shoivn discussing the corrosion facility in which the INCONEL-625 corrosion studies were made. Pearl, Brush, and Gaul of the General Electric Co., Atomic Power Equipment Department, have collaborated on several corrosion papers some of which have appeared in Nuclear Applications. Dr. Leistikow of the Kernforschungszentrum Karlsruhe, Institut für Material- und Festkorperforschung at Karlsruhe, Germany, was on a technical work assignment at General Electric from January 1965 to April 1966 as part of the German government and industry Nuclear Superheat Performance and Evaluation Program.Francis KamFrancis Kam (left), a physicist responsible for hazards in the ORNL Operations Division, has worked extensively on analytical methods in reactor shielding since graduating from the University of Michigan.Francis ClarkFrancis Clark, a physicist with ORNL’s Radiation Shielding Information Center and a graduate of New York University and Union College, is experienced in analytical shielding.W. A. HallerThe authors are staff members of the Environmental and Radiological Sciences Department of the Pacific Northwest Laboratory. W. A. Haller (MS, Nuclear Chemistry, Notre Dame, 1963), is a Research Scientist in the Radiological Chemistry Unit headed by R. W. Perkins (MS, Organic Chemistry, Utah State, 1952). J. M. Nielsen (PhD, Physical Chemistry, Southern California, 1951) is Manager of Radiological Sciences Section.R. W. PerkinsThe authors are staff members of the Environmental and Radiological Sciences Department of the Pacific Northwest Laboratory. W. A. Haller (MS, Nuclear Chemistry, Notre Dame, 1963), is a Research Scientist in the Radiological Chemistry Unit headed by R. W. Perkins (MS, Organic Chemistry, Utah State, 1952). J. M. Nielsen (PhD, Physical Chemistry, Southern California, 1951) is Manager of Radiological Sciences Section.J. M. NielsenThe authors are staff members of the Environmental and Radiological Sciences Department of the Pacific Northwest Laboratory. W. A. Haller (MS, Nuclear Chemistry, Notre Dame, 1963), is a Research Scientist in the Radiological Chemistry Unit headed by R. W. Perkins (MS, Organic Chemistry, Utah State, 1952). J. M. Nielsen (PhD, Physical Chemistry, Southern California, 1951) is Manager of Radiological Sciences Section.Troy C. MarTroy C. Martin (center) and Kenneth R. Blake (right), Research Scientists at Texas Nuclear Corp., have several years’ experience in analysis by x-ray fluorescence and fast-neutron and charged-particle activation. I. L. Morgan, active in nuclear physics and related research, is President of the company.R. BlakeTroy C. Martin (center) and Kenneth R. Blake (right), Research Scientists at Texas Nuclear Corp., have several years’ experience in analysis by x-ray fluorescence and fast-neutron and charged-particle activation. I. L. Morgan, active in nuclear physics and related research, is President of the company.Tomonori HyodoTomonori Hyodo (left), Professor of Nuclear Engineering at Kyoto University, Japan, since 1957, received a Doctor of Engineering degree from Kyoto in 1961 and spent the following year at MIT and ORNL. Takashi Nakamura received his Master’s degree in Nuclear Engineering from Kyoto in 1964. He has been a research assistant there since that time.