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1. Measurement of flavor asymmetry of the light-quark sea in the proton with Drell-Yan dimuon production in p+p and p+d collisions at 120 GeV

Author

Dove, J, Kerns, B, Leung, C, McClellan, RE, Miyasaka, S, Morton, DH, Nagai, K, Prasad, S, Sanftl, F, Scott, MBC, Tadepalli, AS, Aidala, CA, Arrington, J, Ayuso, C, Barker, CT, Brown, CN, Chang, TH, Chang, WC, Chen, A, Christian, DC, Dannowitz, BP, Daugherity, M, Diefenthaler, M, Fassi, L El, Geesaman, DF, Gilman, R, Goto, Y, Guo, L, Guo, R, Hague, TJ, Holt, RJ, Isenhower, D, Kinney, ER, Kitts, ND, Klein, A, Kleinjan, DW, Kudo, Y, Lin, P-J, Liu, K, Liu, MX, Lorenzon, W, Makins, NCR, de Medeiros, M Mesquita, McGaughey, PL, Miyachi, Y, Mooney, I, Nakahara, K, Nakano, K, Nara, S, Peng, JC, Puckett, AJ, Ramson, BJ, Reimer, PE, Rubin, JG, Sawada, S, Sawada, T, Shibata, T-A, Shiu, SH, Su, D, Teo, M, Tice, BG, Towell, RS, Uemura, S, Watson, TS, Wang, SG, Wickes, AB, Wu, J, Xi, Z, and Ye, Z

Subjects
Nuclear and Plasma Physics, Particle and High Energy Physics, Physical Sciences, Nuclear and plasma physics
Abstract

Evidence for a flavor asymmetry between the ū and d¯ quark distributions in the proton has been found in deep-inelastic scattering and Drell-Yan experiments. The pronounced dependence of this flavor asymmetry on x (fraction of nucleon momentum carried by partons) observed in the Fermilab E866 Drell-Yan experiment suggested a drop of the d¯(x)/ū(x) ratio in the x>0.15 region. We report results from the SeaQuest Fermilab E906 experiment with improved statistical precision for d¯(x)/ū(x) in the large x region up to x=0.45 using the 120 GeV proton beam. Two different methods for extracting the Drell-Yan cross section ratios, σpd/2σpp, from the SeaQuest data give consistent results. The d¯(x)/ū(x) ratios and the d¯(x)-ū(x) differences are deduced from these cross section ratios for 0.13

Published
2023

2. Publisher Correction: The asymmetry of antimatter in the proton.

Author

Dove, J, Kerns, B, McClellan, RE, Miyasaka, S, Morton, DH, Nagai, K, Prasad, S, Sanftl, F, Scott, MBC, Tadepalli, AS, Aidala, CA, Arrington, J, Ayuso, C, Barker, CL, Brown, CN, Chang, WC, Chen, A, Christian, DC, Dannowitz, BP, Daugherity, M, Diefenthaler, M, El Fassi, L, Geesaman, DF, Gilman, R, Goto, Y, Guo, L, Guo, R, Hague, TJ, Holt, RJ, Isenhower, D, Kinney, ER, Kitts, N, Klein, A, Kleinjan, DW, Kudo, Y, Leung, C, Lin, P-J, Liu, K, Liu, MX, Lorenzon, W, Makins, NCR, de Medeiros, M Mesquita, McGaughey, PL, Miyachi, Y, Mooney, I, Nakahara, K, Nakano, K, Nara, S, Peng, J-C, Puckett, AJ, Ramson, BJ, Reimer, PE, Rubin, JG, Sawada, S, Sawada, T, Shibata, T-A, Su, D, Teo, M, Tice, BG, Towell, RS, Uemura, S, Watson, S, Wang, SG, Wickes, AB, Wu, J, Xi, Z, and Ye, Z

Subjects
General Science & Technology
Abstract

In Fig. 1c of this Article, the x-axis scale was inadvertently duplicated from Fig. 1b. The original Article has been corrected online.

Published
2022

3. The asymmetry of antimatter in the proton

Author

Dove, J, Kerns, B, McClellan, RE, Miyasaka, S, Morton, DH, Nagai, K, Prasad, S, Sanftl, F, Scott, MBC, Tadepalli, AS, Aidala, CA, Arrington, J, Ayuso, C, Barker, CL, Brown, CN, Chang, WC, Chen, A, Christian, DC, Dannowitz, BP, Daugherity, M, Diefenthaler, M, El Fassi, L, Geesaman, DF, Gilman, R, Goto, Y, Guo, L, Guo, R, Hague, TJ, Holt, RJ, Isenhower, D, Kinney, ER, Kitts, N, Klein, A, Kleinjan, DW, Kudo, Y, Leung, C, Lin, P-J, Liu, K, Liu, MX, Lorenzon, W, Makins, NCR, de Medeiros, M Mesquita, McGaughey, PL, Miyachi, Y, Mooney, I, Nakahara, K, Nakano, K, Nara, S, Peng, J-C, Puckett, AJ, Ramson, BJ, Reimer, PE, Rubin, JG, Sawada, S, Sawada, T, Shibata, T-A, Su, D, Teo, M, Tice, BG, Towell, RS, Uemura, S, Watson, S, Wang, SG, Wickes, AB, Wu, J, Xi, Z, and Ye, Z

Subjects
Nuclear and Plasma Physics, Particle and High Energy Physics, Quantum Physics, Physical Sciences, General Science & Technology
Abstract

The fundamental building blocks of the proton-quarks and gluons-have been known for decades. However, we still have an incomplete theoretical and experimental understanding of how these particles and their dynamics give rise to the quantum bound state of the proton and its physical properties, such as its spin1. The two up quarks and the single down quark that comprise the proton in the simplest picture account only for a few per cent of the proton mass, the bulk of which is in the form of quark kinetic and potential energy and gluon energy from the strong force2. An essential feature of this force, as described by quantum chromodynamics, is its ability to create matter-antimatter quark pairs inside the proton that exist only for a very short time. Their fleeting existence makes the antimatter quarks within protons difficult to study, but their existence is discernible in reactions in which a matter-antimatter quark pair annihilates. In this picture of quark-antiquark creation by the strong force, the probability distributions as a function of momentum for the presence of up and down antimatter quarks should be nearly identical, given that their masses are very similar and small compared to the mass of the proton3. Here we provide evidence from muon pair production measurements that these distributions are considerably different, with more abundant down antimatter quarks than up antimatter quarks over a wide range of momenta. These results are expected to revive interest in several proposed mechanisms for the origin of this antimatter asymmetry in the proton that had been disfavoured by previous results4, and point to future measurements that can distinguish between these mechanisms.

Published
2021

4. The SeaQuest spectrometer at Fermilab

Author

Aidala, CA, Arrington, JR, Ayuso, C, Bowen, BM, Bowen, ML, Bowling, KL, Brown, AW, Brown, CN, Byrd, R, Carlisle, RE, Chang, T, Chang, WC, Chen, A, Chen, JY, Christian, DC, Chu, X, Dannowitz, BP, Daugherity, M, Diefenthaler, M, Dove, J, Durandet, C, El Fassi, L, Erdos, E, Fox, DM, Geesaman, DF, Gilman, R, Goto, Y, Guo, L, Guo, R, Hague, T, Hicks, CR, Holt, RJ, Isenhower, D, Jiang, X, Katich, JM, Kerns, BM, Kinney, ER, Kitts, ND, Klein, A, Kleinjan, D, Kras, J, Kudo, Y, Lin, PJ, Liu, D, Liu, K, Liu, MX, Lorenzon, W, Makins, NCR, Martinez, JD, McClellan, RE, McDonald, B, McGaughey, PL, McNease, SE, Medeiros, MM, Miller, B, Miller, AJ, Miyasaka, S, Miyachi, Y, Mooney, IA, Morton, DH, Nadim, B, Nagai, K, Nakahara, K, Nakano, K, Nara, S, Obata, S, Peng, JC, Prasad, S, Puckett, AJR, Ramson, BJ, Raymond, RS, Reimer, PE, Rubin, JG, Salinas, R, Sanftl, F, Sawada, S, Sawada, T, Scott, MBC, Selensky, LE, Shibata, TA, Shiu, S, Su, D, Tadepalli, AS, Teo, M, Tice, BG, Towell, CL, Towell, RS, Uemura, S, Wang, SG, Watson, S, White, N, Wickes, AB, Wood, MR, Wu, J, Xi, Z, Ye, Z, and Yin, Y

Subjects
SeaQuest, E906, Drell-Yan, Spectrometer, J/psi, Muon, physics.ins-det, nucl-ex, Nuclear & Particles Physics, Astronomical and Space Sciences, Atomic, Molecular, Nuclear, Particle and Plasma Physics, Other Physical Sciences
Abstract

The SeaQuest spectrometer at Fermilab was designed to detect oppositely-charged pairs of muons (dimuons) produced by interactions between a 120 GeV proton beam and liquid hydrogen, liquid deuterium and solid nuclear targets. The primary physics program uses the Drell–Yan process to probe antiquark distributions in the target nucleon. The spectrometer consists of a target system, two dipole magnets and four detector stations. The upstream magnet is a closed-aperture solid iron magnet which also serves as the beam dump, while the second magnet is an open aperture magnet. Each of the detector stations consists of scintillator hodoscopes and a high-resolution tracking device. The FPGA-based trigger compares the hodoscope signals to a set of pre-programmed roads to determine if the event contains oppositely-signed, high-mass muon pairs.

Published
2019

5. Lambda and (Lambda)over-bar polarization from deep in elastic muon scattering

Author

Adams, MR, Aderholz, M, Aid, S, Anthony, PL, Ashery, D, Averill, DA, Baker, MD, Baller, BR, Banerjee, A, Bhatti, AA, Bratzler, U, Braun, HM, Carroll, TJ, Clark, HL, Conrad, JM, Davisson, R, Derado, I, Dietrich, FS, Dougherty, W, Dreyer, T, Eckardt, V, Ecker, U, Erdmann, M, Fang, GY, Figiel, J, Finlay, RW, Gebauer, HJ, Geesaman, DF, Griffioen, KA, Guo, RS, Haas, J, Halliwell, C, Hantke, D, Hicks, KH, Jackson, HE, Jancso, G, Jansen, DM, Jin, Z, Kadija, K, Kaufmann, S, Kennedy, RD, Kinney, ER, Kobrak, HGE, Kotwal, AV, Kunori, S, Lenski, M, Lord, JJ, Lubatti, HJ, McLeod, D, Madden, P, Manz, A, Melanson, H, Michael, DG, Montgomery, HE, Morfin, JG, Nickerson, RB, Novak, J, Olkiewicz, K, Osborne, L, Otten, R, Papavassiliou, V, Pawlik, B, Pipkin, FM, Potterveld, DH, Roser, A, Ryan, JJ, Salgado, CW, Schellman, H, Schmitt, M, Schmitz, N, Siegert, G, Skuja, A, Snow, GA, Soldner-Rembold, S, Spentzouris, P, Stopa, P, Swanson, RA, Pop, VT, Venkataramania, H, Wilhelm, M, Wilson, R, Wittek, W, Wolbers, SA, Zghiche, A, and Zhao, T

Published
2000

6. Nuclear decay following deep inelastic scattering of 470GeV muons (vol 74, pg 5198, 1995)

Author

Adams, MR, Aid, S, Anthony, PL, Averill, DA, Baker, MD, Baller, BR, Banerjee, A, Bhatti, AA, Bratzler, U, Braun, HM, Breidung, H, Busza, W, Carroll, TJ, Clark, HL, Conrad, JM, Davisson, R, Derado, I, Dhawan, SK, Dietrich, FS, Dougherty, W, Dreyer, T, Eckardt, V, Ecker, U, Erdmann, M, Fang, GY, Figiel, J, Finlay, RW, Gebauer, HJ, Geesaman, DF, Griffioen, KA, Guo, RS, Haas, J, Halliwell, C, Hantke, D, Hicks, KH, Hughes, VW, Jackson, HE, Jaffe, DE, Jancso, G, Jansen, DM, Jin, Z, Kaufman, S, Kennedy, RD, Kinney, ER, Kirk, T, Kobrak, HGE, Kotwal, AV, Kunori, S, Lord, JJ, Lubatti, HJ, McLeod, D, Madden, P, Magill, S, Manz, A, Melanson, H, Michael, DG, Montgomery, HE, Morfin, JG, Nickerson, RB, O'Day, S, Olkiewicz, K, Osborne, L, Otten, R, Papavassiliou, V, Pawlik, B, Pipkin, FM, Potterveld, DH, Ramberg, EJ, Roser, A, Ryan, JJ, Salgado, CW, Salvarani, A, Schellman, H, Schmitt, M, Schmitz, N, Schuler, KP, Siegert, G, Skuja, A, Snow, GA, Soldner-Rembold, S, Spentzouris, P, Stier, HE, Stopa, P, Swanson, RA, Venkataramania, H, Wilhelm, M, Wilson, R, Wittek, W, Wolbers, SA, Zghiche, A, Zhao, T, and Collaborat, E

Published
1998

7. Extraction of the Ratio Fn2/Fp2 from Muon-Deuteron and Muon-Proton Scattering at Small x and Q2

Author

Adams, MR, Aïd, S, Anthony, PL, Averill, DA, Baker, MD, Baller, BR, Banerjee, A, Bhatti, AA, Bratzler, U, Braun, HM, Carroll, TJ, Clark, HL, Conrad, JM, Davisson, R, Derado, I, Dhawan, SK, Dietrich, FS, Dougherty, W, Dreyer, T, Eckardt, V, Ecker, U, Erdmann, M, Fang, GY, Figiel, J, Finlay, RW, Gebauer, HJ, Geesaman, DF, Griffioen, KA, Guo, RS, Haas, J, Halliwell, C, Hantke, D, Hicks, KH, Hughes, VW, Jackson, HE, Jaffe, DE, Jancso, G, Jansen, DM, Jin, Z, Kaufman, S, Kennedy, RD, Kinney, ER, Kobrak, HG, Kotwal, AV, Kunori, S, Lord, JJ, Lubatti, HJ, McLeod, D, Madden, P, Magill, S, Manz, A, Melanson, H, Michael, DG, Montgomery, HE, Morfin, JG, Nickerson, RB, Novak, J, O'Day, S, Olkiewicz, K, Osborne, L, Otten, R, Papavassiliou, V, Pawlik, B, and Pipkin, FM

Abstract

The ratio of the deuteron to proton structure functions is measured at very small Bjorken x (down to 10-6) and for Q2>0.001 GeV2 from scattering of 470 GeV muons on liquid hydrogen and deuterium targets. The ratio F2n/F2p extracted from these measurements is found to be constant, at a value of 0.935±0.008±0.034, for x

Published
1995

8. Recoil-proton polarization in high-energy deuteron photodisintegration with circularly polarized photons.

Author

Jiang X, Arrington J, Benmokhtar F, Camsonne A, Chen JP, Choi S, Chudakov E, Cusanno F, Deur A, Dutta D, Garibaldi F, Gaskell D, Gayou O, Gilman R, Glashauser C, Hamilton D, Hansen O, Higinbotham DW, Holt RJ, de Jager CW, Jones MK, Kaufman LJ, Kinney ER, Kramer K, Lagamba L, de Leo R, Lerose J, Lhuillier D, Lindgren R, Liyanage N, McCormick K, Meziani ZE, Michaels R, Moffit B, Monaghan P, Nanda S, Paschke KD, Perdrisat CF, Punjabi V, Qattan IA, Ransome RD, Reimer PE, Reitz B, Saha A, Schulte EC, Sheyor R, Slifer K, Solvignon P, Sulkosky V, Urciuoli GM, Voutier E, Wang K, Wijesooriya K, Wojtsekhowski B, and Zhu L

Abstract

We measured the angular dependence of the three recoil-proton polarization components in two-body photodisintegration of the deuteron at a photon energy of 2 GeV. These new data provide a benchmark for calculations based on quantum chromodynamics. Two of the five existing models have made predictions of polarization observables. Both explain the longitudinal polarization transfer satisfactorily. Transverse polarizations are not well described, but suggest isovector dominance.

Published
2007
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9. Measurement of the tensor analyzing powers T20 and T21 in elastic electron-deuteron scattering.

Author

Nikolenko DM, Arenhövel H, Barkov LM, Belostotsky SL, Dmitriev VF, Dyug MV, Gilman R, Holt RJ, Isaeva LG, de Jager CW, Kinney ER, Kowalczyk RS, Lazarenko BA, Loginov AY, Mishnev SI, Nelyubin VV, Osipov AV, Potterveld DH, Rachek IA, Sadykov RSh, Shestakov YV, Sidorov AA, Stibunov VN, Toporkov DK, Vikhrov VV, de Vries H, and Zevakov SA

Abstract

The tensor analyzing power components T20 and T21 have been measured in elastic electron-deuteron scattering at the 2 GeV electron storage ring VEPP-3, Novosibirsk, in a four-momentum transfer range from 8.4 to 21.6 fm(-2). A new polarized internal gas target with an intense cryogenic atomic beam source was used. The new data determine the deuteron form factors G(C) and G(Q) in an important range of momentum transfer where the first node of the deuteron monopole charge form factor is located. The new results are compared with previous data and with some theoretical predictions.

Published
2003
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10. Measurement of the high energy two-body deuteron photodisintegration differential cross section.

Author

Schulte EC, Ahmidouch A, Armstrong CS, Arrington J, Asaturyan R, Avery S, Baker OK, Beck DH, Blok HP, Bochna CW, Boeglin W, Bosted PY, Bouwhuis M, Breuer H, Brown DS, Bruell A, Cadman RV, Carlini R, Chant NS, Cochran A, Cole L, Danagoulian S, Day DB, Dunne JA, Dutta D, Ent R, Fenker HC, Fox B, Gan L, Gao H, Garrow K, Gaskell D, Gasparian A, Geesaman DF, Gilman R, Glashausser C, Gueye P, Harvey M, Holt RJ, Jackson HE, Jiang X, Keppel CE, Kinney ER, Liang Y, Lorenzon W, Lung AF, Mack DJ, Markowitz PE, Martin J, McIlhany K, McKee D, Meekins DG, Miller MA, Milner RG, Mitchell JH, Mkrtchyan H, Mueller BA, Nathan AM, Niculescu G, Niculescu I, O'Neill TG, Papavassiliou V, Pate SF, Piercey RB, Potterveld DH, Ransome RD, Reinhold J, Rollinde E, Roos P, Saha A, Sarty AJ, Sawafta R, Segbefia E, Shin T, Stepanyan S, Strauch S, Sutter MF, Tadevosyan V, Tang L, Tieulent R, Uzzle A, Vulcan WF, Wood SA, Xiong F, Yuan L, Zeier M, Zihlmann B, and Ziskin V

Abstract

The first measurements of the d(gamma,p)n differential cross section at forward angles and photon energies above 4 GeV were performed at the Thomas Jefferson National Accelerator Facility (JLab). The results indicate evidence of an angular dependent scaling threshold. Results at straight theta(cm) = 37 degrees are consistent with the constituent counting rules for E(gamma) greater, similar 4 GeV, while those at 70 degrees are consistent with the constituent counting rules for E(gamma) greater, similar 1.5 GeV.

Published
2001
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11. Evidence for a three-nucleon-force effect in proton-deuteron elastic scattering.

Author

Cadman RV, Brack J, Cummings WJ, Fedchak JA, Fox BD, Gao H, Glöckle W, Golak J, Grosshauser C, Holt RJ, Jones CE, Kamada H, Kinney ER, Miller MA, Nagengast W, Nogga A, Owen BR, Rith K, Schmidt F, Schulte EC, Sowinski J, Sperisen F, Thorsland EL, Tobey R, Wilbert J, and Witała H

Abstract

Developments in spin-polarized internal targets for storage rings have permitted measurements of 197 MeV polarized protons scattering from vector polarized deuterons. This work presents measurements of the polarization observables A(y), iT11, and C(y,y) in proton-deuteron elastic scattering. When compared to calculations with and without three-nucleon forces, the measurements provide further evidence that three-nucleon forces make a contribution to the observables. This work indicates that three-body forces derived from static nuclear properties appear to be crucial to the description of dynamical properties.

Published
2001
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12. Proton and deuteron structure functions in muon scattering at 470 GeV.

Author

Adams MR, Aïd S, Anthony PL, Averill DA, Baker MD, Baller BR, Banerjee A, Bhatti AA, Bratzler U, Braun HM, Carroll TJ, Clark HL, Conrad JM, Davisson R, Derado I I, Dietrich FS, Dougherty W, Dreyer T, Eckardt V V, Ecker U, Erdmann M, Fang GY, Figiel J, Finlay RW, Gebauer HJ, Geesaman DF, Griffioen KA, Guo RS, Haas J, Halliwell C, Hantke D, Hicks KH, Jackson HE, Jaffe DE, Jancso G, Jansen DM, Jin Z, Kaufman S, Kennedy RD, Kinney ER, Kobrak HG, Kotwal AV, Kunori S, Lord JJ, Lubatti HJ, McLeod D, Madden P, Magill S, Manz A, Melanson H, Michael DG, Montgomery HE, Morfin JG, Nickerson RB, Novak J, O'Day S, Olkiewicz K, Osborne L, Otten R, Papavassiliou V V, Pawlik B, Pipkin FM, Potterveld DH, and Ramberg EJ

Published
1996
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13. Inclusive electron scattering from nuclei at x~=1.

Author

Arrington J, Anthony P, Arnold RG, Beise EJ, Belz JE, Bosted PE, Bulten H, Chapman MS, Coulter KP, Dietrich F, Ent R, Epstein M, Filippone BW, Gao H, Gearhart RA, Geesaman DF, Hansen J, Holt RJ, Jackson HE, Jones CE, Keppel CE, Kinney ER, Kuhn S, Lee K, Lorenzon W, Lung A, Makins NC, Margaziotis DJ, McKeown RD, Milner RG, Mueller B, Napolitano J, Nelson J, O'Neill TG, Papavassiliou V V, Petratos GG, Potterveld DH, Rock SE, Spengos M, Szalata ZM, Tao LH, van Bibber K, van den Brand JF, White JL, Winter D, and Zeidman B

Published
1996
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14. Evidence for virtual Compton scattering from the proton.

Author

van den Brand JF, Ent R, Anthony PL, Arnold RG, Arrington J, Beise EJ, Belz JE, Bosted PE, Bulten H, Chapman MS, Coulter KP, Dietrich FS, Epstein M, Filippone BW, Gao H, Gearhart RA, Geesaman DF, Hansen J, Holt RJ, Jackson HE, Jones CE, Keppel CE, Kinney ER, Kuhn S, Lee K, Lorenzon W, Lung A, Makins NC, Margaziotis DJ, McKeown RD, Milner RG, Mueller B, Napolitano J, Nelson J, O'Neill TG, Papavassiliou V V, Petratos GG, Potterveld DH, Rock SE, Spengos M, Szalata ZM, Tao LH, van Bibber K, Wasson DA, White JL, and Zeidman B

Published
1995
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15. Nuclear decay following deep inelastic scattering of 470 GeV muons.

Author

Adams MR, Aïd S, Anthony PL, Averill DA, Baker MD, Baller BR, Banerjee A, Bhatti AA, Bratzler U, Braun HM, Breidung H, Busza W, Carroll TJ, Clark HL, Conrad JM, Davisson R, Derado I I, Dhawan SK, Dietrich FS, Dougherty W, Dreyer T, Eckardt V V, Ecker U, Erdmann M, Fang GY, Figiel J, Finlay RW, Gebauer HJ, Geesaman DF, Griffioen KA, Guo RS, Haas J, Halliwell C, Hantke D, Hicks KH, Hughes VW, Jackson HE, Jaffe DE, Jancso G, Jansen DM, Jin Z, Kaufman S, Kennedy RD, Kinney ER, Kirk T, Kobrak HG, Kotwal AV, Kunori S, Lord JJ, Lubatti HJ, McLeod D, Madden P, Magill S, Manz A, Melanson H, Michael DG, Montgomery HE, Morfin JG, Nickerson RB, O'Day S, Olkiewicz K, Osborne L, Otten R, and Papavassiliou V V

Published
1995
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18. Measurement of nuclear transparencies from exclusive rho 0 meson production in muon-nucleus scattering at 470 GeV.

Author

Adams MR, Aïd S, Anthony PL, Averill DA, Baker MD, Baller BR, Banerjee A, Bhatti AA, Bratzler U, Braun HM, Breidung H, Busza W, Carroll TJ, Clark HL, Conrad JM, Davisson R, Derado I I, Dhawan SK, Dietrich FS, Dougherty W, Dreyer T, Eckardt V V, Ecker U, Erdmann M, Faller F, Fang GY, Figiel J, Finlay RW, Gebauer HJ, Geesaman DF, Griffioen KA, Guo RS, Haas J, Halliwell C, Hantke D, Hicks KH, Hughes VW, Jackson HE, Jancso G, Jansen DM, Jin Z, Kaufman S, Kennedy RD, Kinney ER, Kirk T, Kobrak HG, Kotwal AV, Kunori S, Lancaster S, Lord JJ, Lubatti HJ, McLeod D, Madden P, Magill S, Manz A, Melanson H, Michael DG, Montgomery HE, Morfin JG, Nickerson RB, O'Day S, Olkiewicz K, Osborne L, and Otten R

Published
1995
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19. Two-Body Photodisintegration of the Deuteron up to 2.8 GeV.

Author

Belz JE, Potterveld DH, Anthony P, Arnold RG, Arrington J, Beck D, Beise EJ, Bosted PE, Bulten H, Chapman MS, Coulter KP, Dietrich F, Ent R, Epstein M, Filippone BW, Gao H, Gearhart RA, Geesaman DF, Hansen J, Holt RJ, Jackson HE, Jones CE, Keppel CE, Kinney ER, Kuhn S, Lee K, Lorenzon W, Lung A, Makins NC, Margaziotis DJ, McKeown RD, Meziani ZE, Milner RG, Mueller B, Napolitano J, Nelson J, O'Neill TG, Papavassiliou V V, Petratos GG, Rock SE, Segel RE, Spengos M, Szalata ZM, Tao LH, van Bibber K, van den Brand JF, White JL, and Zeidman B

Published
1995
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20. Two-body disintegration of the deuteron with 0.8-1.8 GeV photons.

Author

Freedman SJ, Geesaman DF, Gilman R, Green MC, Holt RJ, Jackson HE, Kinney ER, Kowalczyk R, Marchand C, Napolitano J, Nelson J, Potterveld DH, Zeidman B, Segel RE, Tung T, Beck D, Boyd G, Collins D, Filippone BW, Jones CE, Jourdan J, McKeown RD, Milner R, Walker R, Bosted PE, Meziani Z, and Minehart R

Published
1993
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