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pro vyhledávání: '"Joseph B. Aviles"'
Autor:
Joseph B Aviles
Publikováno v:
Annals of Physics. 42:403-444
The internal states of motion of an arbitrary closed system are studied in terms of a set of 3 N − 3 pairs of internal canonical variables. The complexities involved in constructing states which satisfy the Pauli principle are reduced by expressing
Autor:
Joseph B. Aviles
Publikováno v:
Journal of Mathematical Physics. 4:473-483
For the purpose of investigating the N‐Body Bose System with a finite number of states, we analyze Xij = Ai†Aj, i, j ≤ K. (A and A† are the usual annihilation and creation operators of the second quantization formalism). The Hamiltonian for a
Autor:
Joseph B Aviles
Publikováno v:
Annals of Physics. 50:393-406
It is shown that if an independent-particle Hamiltonian can be separated into a center-of-mass and internal part, it must be a second degree polynomial in the momentum and position operators. In particular the spin can enter only through an additive
Autor:
Joseph B Aviles
Publikováno v:
Annals of Physics. 5:251-281
A trial solution constructed from two-body functions is applied to a variational treatment of the many-body problem with strong forces. The expectation value of the energy for Bose systems is expressed as a series of cluster integrals, which are eval
Autor:
Joseph B. Aviles
Publikováno v:
Physical Review C. 6:1467-1484
Autor:
Mikael Ciftan, Renato Scrimaglio, R.F. Bacher, James E. Spencer, Benjamin F. Gibson, Peter D. Barnes, Gary C. Salzman, Elie A. Aslanides, Bernardino Bosco, Ronald E. Brown, Demitrius J. Margaziotis, Richard G. Allas, Ming-kung Liou, Peter Truoel, Harry D. Holmgren, Franz Gross, H.S. Sandhu, Petr Vogel, Joachim E. Benn, Peter Signell, P.C. Gugelot, Bibiana Cujec, Arne Johansson, Wayne A. Westlund, K.C. Leung, H. Nakamura, Stephan X. Munch, Balram Singh Bhakar, Marmier Pierre, Michael J. Moravcsik, Martin L. Griss, N.P. Mett, F. Alan McDonald, Dan Olof Riska, Richard F. Carlson, George Bertsch, Thomas A. Tombrello, Tatuya Sasakawa, Daniel I. Bonbright, Charles A. Miller, Billy E. Bonner, Michael I. Sobel, Henry Primakoff, Christoph E. Thomann, John G. Cramer, Paule Baumann, Daphne F. Jackson, M.A.K. Lodhi, P.A. Treado, Martin B. Epstein, Christophe Tzara, Tilak C. Sharma, John C. Young, Heinz Oberhummer, W. Ebenhoh, R. D. Amado, Claude Jacquot, Robert Wielinga, Bruce R. Barrett, Mahavir Jain, H.H. Forster, Hans A. Weidenmuller, M. Furic, Lyle P. Robertson, Sergio Costa, Hanno Brückmann, Mahir S. Hussein, F.Paul Brady, Peter Heiss, Steven A. Moszkowski, A.G. Sitenko, Werner Sandhas, Marc Chemtob, Guido Piragino, Bernhard Zeitnitz, Martin Salomon, Elliot Stephen Lehman, Cyrus Moazed, Edgard El Baz, Moosa Arman, Wolfgang Kluge, Jean-Marc Laget, Arthur H. Huffman, George A. Beer, Thomas J. Brady, Henry Willmes, David M. Clement, Walter E. Meyerhof, Lambrecht P. Kok, Roberto Barbini, Melvyn L. Halbert, Tore K.H. Berggren, Nico de Botton, James M. Lambert, Avraham Gal, Gisele Goulard, H. Pierre Noyes, David A. Axen, Ghislain Gregoire, Johan J. De Swart, John W. Verba, George W. Greenless, Erwin O. Alt, Harry H. Fiedeldey, David M. Wolfe, Enrique M. Zeiger, Anthony C. Phillips, Paolo Nunberg, Gerald Brown, David D. Brayshaw, Steven C. Pieper, C.C. Kim, Cesare Cernigoi, Robert Hofstadter, R.O. Bondelid, Chia-Cheh Chang, V.F. Kharchenko, Kurt Kilian, Robert Frascaria, Darwin L. Shannon, Jannis D. Vergados, Jovan Jonanovich, Frank T. Shively, Gerard J. Stephenson, Etienne A. Delacroix, Erasmo Ferreira, Edward L. Petersen, H. Zingl, A.N. Mitra, Ian M. Blair, Nelson Jarmie, Marcel Morlet, Ivo Šlaus, Helmy S. Sherif, Peter Beregi, John E. Beam, Byron T. Wright, V.V. Komarov, Michel Chemarin, J.Reginald Richardson, Ugo Amaldi, Wolfram H. von Witsch, Yuri A. Shcherbakov, Motoji Makino, James S.C. McKee, William S. Rodney, B. Antolkovic, Rene Roy, Siegfried Tagesen, Chi-Yu Hu, Lang Lang, R. Beurtey, Gerald C. Phillips, John W. Watson, Pierre C. Radvanyi, Vladimir B. Belyaev, James S. O'Connell, Anthony A. Cowley, Takuji Yanabu, George A. Anzelon, John A. Tjon, Leo P. Michelotti, Jean-Louis Ballot, Vianney K. Cheng, Benjamin D. Day, Rodolfo Slobodrian, M.F. De La Ripelle, Frank S. Levin, Garth Jones, Sidney Fiarman, Markus Simonius, Denys H. Wilkinson, Ian E. McCarthy, T.K. Lim, Jacques Arvieux, Philippe R. Narboni, W. T. H. van Oers, Chun W. Wong, B.R. Karlsson, Yeong E. Kim, Harold L. Cohen, Robert K. Cole, Maria L.V.L. Slobodrian, K. Nagatani, Peter Kremer, Peter Tomas, Roudolf A. Eramzhyan, M. Ali, Kenneth M. Crowe, I.H. Sloan, Charles E. Picciotto, Maurice P. Priou, William E. Turchinetz, Virginia R. Brown, Gary D. Nixon, Aaldert H. Wapstra, Uli Lynen, J.L. Romero, Tuyet-Anh Ung-Thi, Lee H. Schick, Igor Saavedra, Wolfgang H. Breunlich, Ernest M. Henley, Duro Miljanic, I. R. Afnan, G. Paic, Michael A. Hennell, David Werren, E. Hadjimichael, James Birchall, René van Dantzig, Morton S. Weiss, Peter U. Sauer, Willi E. Gruebler, Jay C. Davis, John A. Edgington, Helmut W. Baer, David S. Saxon, Julian V. Noble, Roderick V. Reid, James B. Langworthy, Gerhard J. Wagner, Nicholas S.P. King, Exec. Victor, Bernard A. Frois, John M. Cameron, Jean-Pierre Didelez, Paul F. Glodis, Edward A. Remler, Paul E. Shanley, Larry R. Cooper, James E. Simmons, Erich W. Schmid, C. Zupancic, L. Kisslinger, Hilton F. Glavish, Vidya S. Bhasin, P.C. Sood, Seiji Seki, David J. Roberts, Carlo Guaraldo, Henry A. Thiessen, Malcolm McMillan, Gunther Mack, James E. Hall, Dwight P. Saylor, Edmund S. Tin, Homer E. Conzett, Jerzy Pniewski, Roy P. Haddock, Louis Rosen, Joel G. Rogers, Milan P. Locher, Gary Thompson, Riek van Wageningen, Bo Sundquist, Edward A. Harms, Daniel Strottman, H. Langevin-Joliot, John E. Brolley, Toshiko Yuasa, Josefino C. Comiso, Nakamura Seitaro, Philippe Gorodetzky, Robert A. Eisenstein, William W. True, Gerald G. Ohlsen, G. Beard, Jules W. Sunier, Hartmut Gemmeke, Joseph B. Aviles, C.H. Ingram, Daniel I. Sober, Jean-Louis Boyard, Claude Gignoux, J. Eisenberg, Yshai Avishai, Joseph Weneser, Ernst L. Haase
Publikováno v:
Few Particle Problems
Externí odkaz:
https://explore.openaire.eu/search/publication?articleId=doi_________::18b8a491bf95f3206bf948dc7e56f0a4
https://doi.org/10.1016/b978-0-444-10439-7.50191-8
https://doi.org/10.1016/b978-0-444-10439-7.50191-8
Publikováno v:
Physics of Fluids. 22:2216
The structure and radial expansion of a relativistic particle beam are calculated in the presence of Coulomb scattering. The beam is assumed to be self‐pinched and paraxial, but to have a distribution in energy. For the case in which the beam energ