Search Results - "Tincknell, M"

Antideuteron yield at the AGS and coalescence implications by Armstrong, TA, Barish, KN, Batsouli, S, Bennett, SJ, Bertaina, M, Chikanian, A, Coe, SD, Cormier, TM, Davies, R, Dover, CB, Fachini, P, Fadem, B, Finch, LE, George, NK, Greene, SV, Haridas, P, Hill, JC, Hirsch, AS, Hoversten, R, Huang, HZ, Jaradat, H, Kumar, BS, Lainis, T, Lajoie, JG, Li, Q, Libby, B

“…We present Experiment 864's measurement of invariant antideuteron yields in 11.5A GeV/c Au+Pt collisions. The analysis includes 250x10(6) triggers representing…”
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Dynamics of the Multifragmentation of 1A GeV Gold on Carbon by Hauger, JA, Albergo, S, Bieser, F, Brady, FP, Caccia, Z, Cebra, DA, Chacon, AD, Chance, JL, Choi, Y, Costa, S, Elliott, JB, Gilkes, ML, Hirsch, AS, Hjort, EL, Insolia, A, Justice, M, Keane, D, Kintner, JC, Lindenstruth, V, V, Lisa, MA, Lynen, U, Matis, HS, McMahan, M, McParland, C, Müller, WF, Olson, DL, Partlan, MD, Porile, NT, Potenza, R, Rai, G, Rasmussen, J, Ritter, HG, Romanski, J, Romero, JL, Russo, GV, Sann, H, Scharenberg, R, Scott, A, Shao, Y, Srivastava, BK, Symons, TJ, Tincknell, M, Tuvé, C, Wang, S, Warren, P, Wieman, HH, Wienold, T, Wolf, K

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Determination of critical exponents from the multifragmentation of gold nuclei by Gilkes, ML, Albergo, S, Bieser, F, Brady, FP, Caccia, Z, Cebra, DA, Chacon, AD, Chance, JL, Choi, Y, Costa, S, Elliott, JB, Hauger, JA, Hirsch, AS, Hjort, EL, Insolia, A, Justice, M, Keane, D, Kintner, JC, Lindenstruth, V, V, Lisa, MA, Lynen, U, Matis, HS, McMahan, M, McParland, C, Müller, WF, Olson, DL, Partlan, MD, Porile, NT, Potenza, R, Rai, G, Rasmussen, J, Ritter, HG, Romanski, J, Romero, JL, Russo, GV, Sann, H, Scharenberg, R, Scott, A, Shao, Y, Srivastava, BK, Symons, TJ, Tincknell, M, Tuvé, C, Wang, S, Warren, P, Wieman, HH, Wolf, K

“…Using reverse kinematics, we have studied the breakup of 1.0[ital A] GeV gold nuclei incident on a carbon target. The detector system permitted exclusive event…”
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Radial flow in Au+Au collisions at E=(0.25-1.15)A GeV by Lisa, MA, Albergo, S, Bieser, F, Brady, FP, Caccia, Z, Cebra, DA, Chacon, AD, Chance, JL, Choi, Y, Costa, S, Elliott, JB, Gilkes, ML, Hauger, JA, Hirsch, AS, Hjort, EL, Insolia, A, Justice, M, Keane, D, Kintner, J, Matis, HS, McMahan, M, McParland, C, Olson, DL, Partlan, MD, Porile, NT, Potenza, R, Rai, G, Rasmussen, J, Ritter, HG, Romanski, J, Romero, JL, Russo, GV, Scharenberg, R, Scott, A, Shao, Y, Srivastava, BK, Symons, TJ, Tincknell, M, Tuvé, C, Wang, S, Warren, P, Westfall, GD, Wieman, HH, Wolf, K

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Nuclear multifragmentation, percolation, and the fisher droplet model: common features of reducibility and thermal scaling by Elliott, JB, Moretto, LG, Phair, L, Wozniak, GJ, Albergo, S, Bieser, F, Brady, FP, Caccia, Z, Cebra, DA, Chacon, AD, Chance, JL, Choi, Y, Costa, S, Gilkes, ML, Hauger, JA, Hirsch, AS, Hjort, EL, Insolia, A, Justice, M, Keane, D, Kintner, JC, Lindenstruth, V, V, Lisa, MA, Matis, HS, McMahan, M, McParland, C

“…It is shown that the Fisher droplet model, percolation, and nuclear multifragmentation share the common features of reducibility (stochasticity in multiplicity…”
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The search for the scaling function in the multifragmentation of gold nuclei by Elliott, J.B, Albergo, S, Bieser, F, Brady, F.P, Caccia, Z, Cebra, D.A, Chacon, A.D, Chance, J.L, Choi, Y, Costa, S, Gilkes, M.L, Hauger, J.A, Hirsch, A.S, Hjort, E.L, Insolia, A, Justice, M, Keane, D, Kintner, J.C, Lindenstruth, V, Lisa, M.A, Matis, H.S, McMahan, M, McParland, C, Müller, W.F.J, Olson, D.L, Partlan, M.D, Porile, N.T, Potenza, R, Rai, G, Rasmussen, J, Ritter, H.G, Romanski, J, Romero, J.L, Russo, G.V, Sann, H, Scharenberg, R.P, Scott, A, Shao, Y, Srivastava, B.K, Symons, T.J.M, Tincknell, M, Tuvé, C, Wang, S, Warren, P.G, Wieman, H.H, Wienold, T, Wolf, K

“…It is shown that thermodynamic scaling when applied to systems with few (∼150) constituents, in accordance with the theory of critical phenomena, is observed…”
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The E864 lead-scintillating fiber hadronic calorimeter by Armstrong, T.A, Barish, K, Bennett, S.J, Cormier, T.M, Cernej, R, Chikanian, A, Coe, S.D, Davies, R, Dee, P.R, Diebold, G.E, Fachini, P, Finch, E, George, N.K, Greene, S.V, Haridas, P, Hill, J.C, Hirsch, A, Huang, H.Z, Hoversten, R.A, Kim, B, Kumar, B.S, Lajoie, J.G, Li, Q, Li, Y, Libby, B, Maguire, C.F, Majka, R.D, Munhoz, M.G, Murgatroyd, J.T, Nagle, J.L, Petridis, A.N, Pless, I.A, Pope, J.K, Pruneau, C.A, Riso, J, Rabin, M.S.Z, Reid, J.D, Rotondo, F.S, Slaughter, A.J, Sandweiss, J, Scharenberg, R, Sheen, J, Tincknell, M, Rimai, A, Van Buren, G, Wilson, W.K, Wohn, F.K, Zhao, K

“…A large hadronic lead scintillating fiber calorimeter has been built and integrated into the AGS experiment E864 [C. Pruneau et al., E864 Collaboration, Proc…”
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Individual fragment yields and determination of the critical exponent σ by Elliott, J.B., Albergo, S., Bieser, F., Brady, F.P., Caccia, Z., Cebra, D.A., Chacon, A.D., Chance, J.L., Choi, Y., Costa, S., Gilkes, M.L., Hauger, J.A., Hirsch, A.S., Hjort, E.L., Insolia, A., Justice, M., Keane, D., Kintner, J.C., Lindenstruth, V., Lisa, M.A., Lynen, U., Matis, H.S., McMahan, M., McParland, C., Müller, W.F.J., Olson, D.L., Partlan, M.D., Porile, N.T., Potenza, R., Rai, G., Rasmussen, J., Ritter, H.G., Romanski, J., Romero, J.L., Russo, G.V., Sann, H., Scharenberg, R., Scott, A., Shao, Y., Srivastava, B.K., Symons, T.J.M., Tincknell, M., Tuvé, C., Wang, S., Warren, P., Wieman, H.H., Wolf, K.

“…We have studied the yield of individual fragments formed in the projectile fragmentation of gold nuclei at 1 AGeV incident on a carbon target as a function of…”
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Fragment flow in Au+Au collisions by Partlan, MD, Albergo, S, Bieser, F, Brady, FP, Caccia, Z, Cebra, D, Chacon, AD, Chance, J, Choi, Y, Costa, S, Elliott, JB, Gilkes, ML, Hauger, JA, Hirsch, AS, Hjort, EL, Insolia, A, Justice, M, Keane, D, Kintner, J, Lisa, MA, Matis, HS, McMahan, M, McParland, C, Olson, DL, Peilert, G, Porile, NT, Potenza, R, Rai, G, Rasmussen, J, Ritter, HG, Romanski, J, Romero, JL, Russo, GV, Scharenberg, RP, Scott, A, Shao, Y, Srivastava, BK, Symons, TJ, Tincknell, ML, Tuvé, C, Wang, S, Warren, PG, Wieman, HH, Wolf, K

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Λ hyperons in 2 A GeV Ni + Cu collisions by Justice, M., Albergo, S., Bieser, F., Brady, F.P., Caccia, Z., Cebra, D.A., Chacon, A.D., Chance, J.L., Choi, Y., Costa, S., Elliott, J.B., Gilkes, M.L., Hauger, J.A., Hirsch, A.S., Hjort, E.L., Insolia, A., Keane, D., Kintner, J.C., Lisa, M.A., Liu, H., Matis, H.S., McGrath, R., McMahan, M., McParland, C., Olson, D.L., Partlan, M.D., Porile, N.T., Potenza, R., Rai, G., Rasmussen, J.O., Ritter, H.G., Romanski, J., Romero, J.L., Russo, G.V., Scharenberg, R.P., Scott, A., Shao, Y., Srivastava, B.K., Symons, T.J.M., Tincknell, M., Tuvè, C., Wang, S., Warren, P.G., Weerasundara, D., Wieman, H.H., Wienold, T., Wolf, K.

“…A sample of Λ's produced in 2 A GeV 58Ni + natCu collisions has been obtained with the EOS Time Projection Chamber at the Bevalac. Low background in the…”
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Fragment flow in nuclear collisions by Doss, KG, Gustafsson, H, Gutbrod, H, Harris, JW, Jacak, BV, Kampert, K, Kolb, B, Poskanzer, AM, Ritter, H, Schmidt, HR, Teitelbaum, L, Tincknell, M, Weiss, S, Wieman, H

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B - 78 Examining how Adverse Childhood Experiences and the Underlying Processes of Trait and State Impulsivity Influence Suicidal Behavior by Duran, Julia K, Naylor-Tincknell, Janett M, Rieske, Robert

“…Abstract Objective This study sought to better understand how ACEs, suicidal behavior, and impulsivity are interconnected by first examining the relationships…”
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Charged particle spectra in central S+S collisions at 200 GeV/c per nucleon by Bächler, J, Bartke, J, Bialkowska, H, Bock, R, Brockmann, R, Buncic, P, Chase, SI, Derado, I, I, Eckardt, V, V, Eschke, J, Ferenc, D, Fleischmann, B, Foka, P, Fuchs, M, Gazdzicki, M, Gladysz, E, Harris, JW, Heck, W, Hoffmann, M, Jacobs, PM, Kabana, S, Kadija, K, Keidel, R, Kosiec, J, Kowalski, M, Kühmichel, A, Lahanas, M, Lee, JY, Ljubicic, Jr, A, Margetis, S, Morse, R, Nappi, E, Odyniec, G, Paic, G, Panagiotu, AD, Petridis, A, Piper, A, Posa, F, Poskanzer, AM, Pugh, HG, Pühlhofer, F, Rai, G, Rauch, W, Renfordt, R, Röhrich, D, Roland, G, Rothard, H, Runge, K, Sandoval, A, Schambach, JJ, Schmitz, N, Schmoetten, E, Schneider, I, I, Seyboth, P, Seyerlein, J, Skrzypczak, E, Stefanski, P, Stock, R, Ströbele, H, Teitelbaum, L, Tincknell, ML, Tonse, S, Vasileiadis, G, Vesztergombi, G

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Constructing the phase diagram of finite neutral nuclear matter by Elliott, J. B., Moretto, L. G., Phair, L., Wozniak, G. J., Albergo, S., Bieser, F., Brady, F. P., Caccia, Z., Cebra, D. A., Chacon, A. D., Chance, J. L., Choi, Y., Costa, S., Gilkes, M. L., Hauger, J. A., Hirsch, A. S., Hjort, E. L., Insolia, A., Justice, M., Keane, D., Kintner, J. C., Lindenstruth, V., Lisa, M. A., Matis, H. S., McMahan, M., McParland, C., Müller, W. F. J., Olson, D. L., Partlan, M. D., Porile, N. T., Potenza, R., Rai, G., Rasmussen, J., Ritter, H. G., Romanski, J., Romero, J. L., Russo, G. V., Sann, H., Scharenberg, R. P., Scott, A., Shao, Y., Srivastava, B. K., Symons, T. J. M., Tincknell, M., Tuvé, C., Wang, S., Warren, P., Wieman, H. H., Wienold, T., Wolf, K.

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Gilkes et al. reply for the EOS Collaboration by Gilkes, ML, Choi, Y, Elliott, JB, Hauger, JA, Hirsch, AS, Hjort, EL, Porile, NT, Scharenberg, R, Srivastava, BK, Tincknell, M, Warren, P

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Observation of collective effects in Λ production at 2 GeV/nucleon by Justice, M., Albergo, S., Bieser, F., Brady, F.P., Caccia, Z., Cebra, D., Chacon, A.D., Chance, J., Choi, Y., Costa, S., Elliott, J., Gilkes, M., Hauger, J., Hirsch, A., Hjort, E., Insolia, A., Justice, M., Keane, D., Kintner, J., Lisa, M., Liu, H., Matis, H.S., McGrath, R., McMahan, M., McParland, C., Olson, D., Partlan, M., Porile, N., Potenza, R., Rai, G., Rasmussen, J., Ritter, H.G., Romanski, J., Romero, J., Russo, G., Scharenberg, R., Scott, A., Shao, Y., Srivastava, B., Symons, T.J.M., Tincknell, M., Tuvè, C., Wang, S., Warren, P., Weerasundara, D., Wieman, H., Wolf, K.

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Two-stage multifragmentation of 1A GeV Kr, La, and Au by Hauger, J. A., Srivastava, B. K., Albergo, S., Bieser, F., Brady, F. P., Caccia, Z., Cebra, D. A., Chacon, A. D., Chance, J. L., Choi, Y.

“…Multifragmentation in fully reconstructed events from 1A GeV Kr and La collisions with C has been studied. Results are compared with similar data for 1A GeV…”
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Statistical signatures of critical behavior in small systems by Elliott, J. B., Albergo, S., Bieser, F., Brady, F. P., Caccia, Z., Cebra, D. A., Chacon, A. D., Chance, J. L., Choi, Y., Costa, S., Gilkes, M. L., Hauger, J. A., Hirsch, A. S., Hjort, E. L., Insolia, A., Justice, M., Keane, D., Kintner, J. C., Lindenstruth, V., Lisa, M. A., Matis, H. S., McMahan, M., McParland, C., Müller, W. F. J., Olson, D. L., Partlan, M. D., Porile, N. T., Potenza, R., Rai, G., Rasmussen, J., Ritter, H. G., Romanski, J., Romero, J. L., Russo, G. V., Sann, H., Scharenberg, R. P., Scott, A., Shao, Y., Srivastava, B. K., Symons, T. J. M., Tincknell, M., Tuvé, C., Wang, S., Warren, P. G., Wieman, H. H., Wienold, T., Wolf, K.

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Search for exotic strange quark matter in high energy nuclear reactions by Armstrong, T.A., Barish, K.N., Bennett, S.J., Chikanian, A., Coe, S.D., Cormier, T.M., Davies, R., De Cataldo, G., Dee, P., Diebold, G.E., Dover, C.B., Fachini, P., Finch, L.E., George, N.K., Giglietto, N., Greene, S.V., Haridas, P., Hill, J.C., Hirsch, A.S., Hoversten, R., Huang, H.Z., Kim, B., Kumar, B.S., Lainis, T., Lajoie, J.G., Lewis, R.A., Libby, B., Majka, R.D., Munhoz, M.G., Nagle, J.L., Pless, I.A., Pope, J.K., Porile, N.T., Pruneau, C.A., Rabin, M.S.Z., Raino, A., Reid, J.D., Rimai, A., Rotondo, F.S., Sandweiss, J., Scharenberg, R.P., Slaughter, A.J., Smith, G.A., Spinelli, P., Tincknell, M.L., Toothacker, W.S., Van Buren, G., Wohn, F.K., Xu, Z., Zhao, K.

“…We report on a search for metastable positively and negatively charged states of strange quark matter in Au+Pb reactions at 11.6 A GeV/ c in experiment E864…”
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Extraction of critical exponents from very small percolation lattices by Elliott, JB, Gilkes, ML, Hauger, JA, Hirsch, AS, Hjort, E, Porile, NT, Scharenberg, RP, Srivastava, BK, Tincknell, ML, Warren, PG

“…We show that it is possible to extract the critical exponents from small percolation lattices. The possibility of performing a similar analysis on data from…”
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