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Your search keyword '"Steven M. Trotter"' showing total 5 results
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5 results on '"Steven M. Trotter"'

1. Final Design Report. Proton Power Upgrade Project

Author

Jared Spradling, Ralph Afanador, Jeffrey Saunders, Matthew Williamson, Barbara M. Thibadeau, Gregory S. Stephens, Jeffrey A Holmes, Sung-Woo Lee, Mark S. Connell, Ahmad M. Ibrahim, Erik B. Iverson, Michael A Plum, Zachary Sorrell, Mark E. Middendorf, William S. Kravitz, Sang-Ho Kim, Marc Doleans, Nicholas J. Evans, Bernie Riemer, Craig Deibele, Douglas E. Curry, Douglas A. Bunch, Wm. Barnett, James Bullman, Geoffrey A. Laughon, Craig Bradley, Melissa Harvey, David E. Anderson, Gregory L. Capps, Yoon W. Kang, Karoly Magda, Robert A. Dean, Dennis J. Solley, Sarah Cousineau, Charlotte Barbier, Brian Kolar, Kenneth W. Herwig, Klent Pope, Edward Daly, Glen Johns, Amy Byrd, George Toby, Mark W. Buchanan, Aaron E. Coleman, Lisa Turvin, D. Williams, R Roseberry, Wei Lu, Jeremy Price, Paul Langan, Rod Thomas, Jim Goodpasture, R. Steffey, Kelly L. Mahoney, John Moss, Kursat B. Bekar, Richard M. Collins, Christopher Stone, Larry C. Jones, Kevin Paul Norris, John S. Kristy, Greg S. Norman, B. DeGraff, Robert B. Saethre, Kevin Johns, John Mammosser, John D Galambos, Chris Pappas, Luke Santee, Bryan Robertson, M. Howell, Samuel Mckenzie, Thomas J McManamy, Angela Woody, Erica Ahlschwede, Steven M. Trotter, Karen S. White, C. Craig Smith, James A. Eckroth, Mark Champion, Franz X. Gallmeier, Ed O'Neal, Mark Crofford, Bob H. Eason, Lorelei L. Jacobs, Drew E. Winder, Austin Wheat, Mark W. Wezensky, James Phillip Schubert, Wylie S Keener, Zhijun Wang, Andrei Shishlo, Chip Piller, and Mandy Greenwood

Subjects
Proton (rocket family), Physics, Upgrade, Nuclear engineering, Power (physics)
Published
2020

2. Proton PowerUpgrade Conceptual Design Report

Author

Ahmad M. Ibrahim, Brian Kolar, C. Craig Smith, John Mammosser, Jeffrey A Holmes, Thomas J McManamy, Kenneth W. Herwig, Michael A Plum, Steven M. Trotter, Kelly L. Mahoney, Austin Wheat, Kursat B. Bekar, Ed O'Neal, Christopher Stone, Tom R. Roseberry, Larry C. Jones, Karen S. White, James A. Eckroth, Greg S. Norman, B. DeGraff, Gregory L. Capps, John S. Kristy, Robert A. Dean, John D Galambos, David E. Anderson, H. James Bullman, Andrei Shishlo, Robert B. Saethre, Mark W. Wezensky, Nicholas J. Evans, Charlotte Barbier, D. Williams, Chip Piller, Gregory S. Stephens, Wei Lu, Klent Pope, Mark S. Connell, James Phillip Schubert, Kevin Paul Norris, Wylie S Keener, Douglas E. Curry, Jeremy Price, Mandy Greenwood, William S. Kravitz, Mark Champion, Marc Doleans, Dennis J. Solley, Mark W. Buchanan, John Moss, Franz X. Gallmeier, M. Howell, Geoffrey A. Laughon, Mark E. Middendorf, Mark Crofford, Yoon W. Kang, Lorelei L. Jacobs, Zhijun Wang, Bob H. Eason, Drew E. Winder, Richard M. Collins, Aaron E. Coleman, Paul Langan, Sang-Ho Kim, Melissa Harvey, Bernie Riemer, Douglas A. Bunch, Sarah Cousineau, Barbara M. Thibadeau, and Jared Spradling

Subjects
Nuclear physics, Physics, Proton, Conceptual design
Published
2017

3. Spallation Neutron Source Second Target Station Integrated Systems Update

Author

Franz X. Gallmeier, Jeffrey A Holmes, William M. McHargue, Slobodan Rajic, Timothy Charlton, Elvis E. Dominguez-Ontiveros, Reheman Abudureyimu, Robert A. Dean, Ke An, Mark J Rennich, Lee Robertson, Leighton Coates, Willem Blokland, William T. Heller, Michael A Plum, John F. Ankner, Gabriele Sala, Barry Winn, Kenneth W. Herwig, V.B. Graves, Ashfia Huq, Igor Remec, Michael J Dayton, Georg Ehlers, Mark D Lumsden, Alexandru D. Stoica, Thomas J McManamy, and Steven M. Trotter

Subjects
Nuclear engineering, Integrated systems, Environmental science, Spallation Neutron Source
Published
2017

4. Technical Design Report, Second Target Station

Author

Mark Crofford, C. Craig Smith, Michael J. Dayton, Jeffrey A Holmes, Craig Deibele, Bob H. Eason, Gregory J. Laughon, Erik B. Iverson, D. Williams, Roy I. Cutler, Igor Remec, Ed O'Neal, Sarah Cousineau, Zhijun Wang, John D Galambos, Mark E. Middendorf, Bernie Riemer, Robert A. Dean, David E. Anderson, Kathie M. Tallant, Steven M. Chae, Ken R. Gawne, Kenneth W. Herwig, Barbara M. Thibadeau, Andrei Shishlo, Richard M. Collins, Kay Kasemir, William Herb Strong, Charlie M. Horak, Katie L. Bethea, Steven B. Webb, David Alan Tennant, Roy Cecil Peters, W. F. Carden, Deborah M. Counce, Kelly L. Mahoney, Thomas J McManamy, M. Howell, G. Reagan, Larry C. Jones, Sang-Ho Kim, Franz X. Gallmeier, B. Nemec, John Mammosser, Robert B. Saethre, S. Hess, S. Trumble, K. Craft, James Phillip Schubert, S. Fritts, A. Clark, D. Bechtol, Steven M. Trotter, N. Brown, Wei Lu, S. Johnson, Michael A Plum, Mark J. Rennich, Lorelei L. Jacobs, T. Dye, Karen S. White, James A. Eckroth, Jinkui Zhao, B. Johnson, M. Michilini, Douglas E. Curry, Steven M. Hartman, C. Fincrock, and Marc Doleans

Subjects
Engineering, Upgrade, business.industry, law, Neutron source, Mechanical engineering, Spallation, Particle accelerator, business, Beam (structure), Technical design, law.invention, Power (physics)
Abstract

The Second Target Station (STS) is a proposed upgrade for SNS. It includes a doubling of the accelerator power and an additional instrument hall. The new instrument hall will receive a 467 kW 10 Hz beam. The parameters and preliminary design aspects of the STS are presented for the accelerator, target systems, instrument hall, instruments and civil construction aspects.

Published
2015

5. SNS Proton Beam Window Disposal

Author

Steven M. Trotter, Franz X. Gallmeier, and Irina Popova

Subjects
Engineering, business.industry, Physics, QC1-999, Nuclear engineering, Mechanical engineering, Radioactive waste, Window (computing), Beamline, Electromagnetic shielding, Container (abstract data type), Perl, business, computer, Spallation Neutron Source, Waste disposal, computer.programming_language
Abstract

In order to support the disposal of the proton beam window assembly of the Spallation Neutron Source beamline to the target station, waste classification analyses are performed. The window has a limited life-time due to radiation-induced material damage. Analyses include calculation of the radionuclide inventory and shielding analyses for the transport package/container to ensure that the container is compliant with the transportation and waste management regulations. In order to automate this procedure and minimize manual work a script in Perl language was written.

Published
2017

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