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The NOvA Technical Design Report

Ayres, D.S. / Drake, G.R. / Goodman, M.C. / Grudzinski, J.J. / Guarino, V.J. / Talaga, R.L. / Zhao, A. / Stamoulis, P. / Stiliaris, E. / Tzanakos, G. / Zois, M. / Hanson, J. / Howcroft, C.L. / Mualem, L.M. / Newman, H.B. / Patterson, R.B. / Peck, C.W. / Trevor, J. / Cline, D.B. / Lee, K.K. / Yang, X. / Ader, C.R. / Andrews, M.P. / Bernstein, R.H. / Bocean, V. / Bock, G.J. / Bogert, D. / J. Brice, Stephen / Broemmelsiek, D.R. / Capista, D.P. / Childress, S. / Derwent, P.F. / Dey, J.E. / Dixon, S.J. / Domann, K.A. / Ducar, R.J. / Ferguson, H.P. / Freeman, W.S. / Grossman, N.L. / Grozis, C.P. / Guglielmo, G.M. / Hammond, L.L. / Harris, D. / Hatcher, R.W. / Haynes, B. / Hu, M.J. / Hurh, P.G. / Hylen, J. / James, C.C. / Jensen, C.C. / Jensen, D. / Johnson, D.E. / Jostlein, H. / Kephart, K.M. / Kiemschies, O.J. / Kobilarcik, T.R. / Koolbeck, D. / Kourbanis, I. / Kwarciany, R. / W. Lackowski, Thomas / Lee, A. / Lucas, P.W. / Lukens, P.T. / Martens, M.A. / Mccluskey, E.G. / J. Parke, Stephen / Pasek, S.L. / Pavlicek, V. / Pla-Dalmau, A. / Plunkett, R.K. / Pushka, D.R. / Rameika, R. / Ray, R.E. / Rebel, B.J. / Reilly, R.E. / Saoulidou, N. / Schmitt, R.L. / Schuh, K.W. / Shanahan, P. / Spentzouris, P. / Stefanik, A.M. / Tariq, Salman / Tinsley, D. / Valerio, L.R. / Vaziri, K. / Votava, M.E. / Wands, R. / Wehmann, A.A. / Wildman, D.W. / Williams, K.E. / Xiao1, M. / Yarema, R.J. / Zimmerman, T. / Zwaska, R. / Patzak, T. / Boehm, J.A. / Cavanaugh, S. / Feldman, G.J. / Felt, N.F. / Oliver, J.N. / Sanchez, M.C. / Adams, B. / Armstrong, B. / Bower, C.R. / Busch, C. / Fox, W. / Gebhard, M. / Ishitsuka, M. / Mayer, N. / Messier, M.D. / Mufson, S.L. / Musser, J.A. / Paley, J. / Raval, A. / Scott, D. / Urheim, J.E. / Visser, G. / Kotelnikov, S. / Ryabov, V. / Bromberg, C.M. / Huston, J.W. / Miller, R.J. / Page, B. / Richards, R.A. / Habig, A. / E. Arms, Kregg / Chase, T.R. / Cronin-Hennessy, D.P. / Dorsher, S. / Gilbert, W.J. / Heller, K.J. / Kasahara, S. / Krahn, Z. / J. Litchfield, Peter / Marshak, M.L. / Mcgowan, A.M. / Miller, W.H. / Nitti, B. / Pearson, N.M. / Peterson, E.A. / Petyt, D.A. / Poling, R. / Ruddick, K. / Rusack, R.W. / Smith, A.B. / Speakman, B. / L. Strait, Matthew / K. Zweber, Peter / Lindner, M. / Shrock, R. / Albright, C.H. / Beacom, J.F. / Nunokawa, H. / Godley, A.R. / Kim, J. / Ling, J. / Mishra, S.R. / Rosenfeld3, C. / Coan, T.E. / Irwin, G.M. / Murgia, S. / Wojcicki, S.G. / Yang, T. / Tetteh-Lartey, E. / Webb, R.C. / Kopp, S.E. / Lang, K. / Burkart, R.F. / Cunningham, A. / Farago, A. / Fenyves, E.J. / Gallagher, H.R. / Kafka, T. / Mann, W.A. / Schneps, J. / Tagg, N. / Dukes, E.C. / Fields, N.E. / Masui, Y. / Norman, A.J. / Nelson, J.K. - 2007
This Technical Design Report (TDR) describes the preliminary design of the NOνA accelerator upgrades, NOνA detectors, detector halls and detector sites. Compared to the March 2006 and November 2006 NOνA Conceptual Design Reports (CDR), critical value engineering studies have been completed and the alternatives still active in the CDR have been narrowed to achieve a preliminary technical design ready for a Critical Decision 2 review. Many aspects of NOνA described this TDR are complete to a level far beyond a preliminary design. In particular, the access road to the NOvA Far Detector site in Minnesota has an advanced technical design at a level appropriate for a Critical Decision 3a review. Several components of the accelerator upgrade and new neutrino detectors also have advanced technical designs appropriate for a Critical Decision 3a review.

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