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Spin asymmetry in muon-proton deep inelastic scattering on a transversely-polarized target

We measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range $0.006<x<0.6$, $1<Q^2<30\,~\mbox{GeV}^2$. {}From this result we derive the upper limits...

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Autores principales:	Adams, D., Adeva, B., Arik, E., Arvidson, A., Badelek, B., Ballintijn, M.K., Bardin, G., Baum, G., Berglund, P., Betev, L., Bird, I.G., Birsa, R., Björkholm, P., Bonner, B.E., de Botton, N., Bradamante, F., Bressan, A., Brüll, A., Bültmann, S., Burtin, E., Cavata, C., Clocchiatti, M., Corcoran, M.D., Crabb, D., Cranshaw, J., Crawford, M., Çuhadar, T., Dalla Torre, S., van Dantzig, R., Dhawan, S., Dulya, C., Dyring, A., Eichblatt, S., Faivre, J.C., Fasching, D., Feinstein, F., Fernandez, C., Frois, B., Garzon, J.A., Gaussiran, T., Giorgi, M., von Goeler, E., Gracia, G., de Groot, N., Grosse Perdekamp, M., Gülmez, E., von Harrach, D., Hasegawa, T., Hautle, P., Hayashi, N., Heusch, C.A., Horikawa, N., Hughes, V.W., Igo, G., Ishimoto, S., Iwata, T., Kabuβ, E.M., Kaiser, R., Karev, A., Kessler, H.J., Ketel, T.J., Kishi, A., Kisselev, Yu., Klostermann, L., Krämer, D., Krivokhijine, V., Kukhtin, V., Kyynäräinen, J., Lamanna, M., Landgraf, U., Lau, K., Layda, T., Le Goff, J.M., Lehar, F., de Lesquen, A., Lichtenstadt, J., Lindqvist, T., Litmaath, M., Lopez-Ponte, S., Lowe, M., Magnon, A., Mallot, G.K., Marie, F., Martin, A., Martino, J., Matsuda, T., Mayes, B., McCarthy, J.S., Medved, K., van Middelkoop, G., Miller, D., Mori, K., Moromisato, J., Nagaitsev, A., Nassalski, J., Naumann, L., Niinikoski, T.O., Oberski, J.E.J., Parks, D.P., Penzo, A., Perez, C., Perrot-Kunne, F., Peshekhonov, D., Piegaia, R., Pinsky, L., Platchkov, S., Plo, M., Pose, D., Postma, H., Pretz, J., Pussieux, T., Pyrlik, J., Reyhancan, I., Rieubland, J.M., Rijllart, A., Roberts, J.B., Rock, S., Rodriguez, M., Rondio, E., Rosado, A., Sabo, I., Saborido, J., Sandacz, A., Savin, I., Schiavon, P., Schüler, K.P., Segel, R., Seitz, R., Semertzidis, Y., Sever, F., Shanahan, P., Shumeiko, N., Smirnov, G., Staude, A., Steinmetz, A., Stiegler, U., Stuhrmann, H., Teichert, K.M., Tessarotto, F., Velasco, M., Vogt, J., Voss, R., Weinstein, R., Whitten, C., Windmolders, R., Willumeit, R., Wislicki, W., Witzmann, A., Zanetti, A.M., Zhao, J.
Lenguaje:	eng
Publicado:	1994
Materias:	Particle Physics - Experiment
Acceso en línea:	https://dx.doi.org/10.1016/0370-2693(94)00968-6 http://cds.cern.ch/record/266991

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author	Adams, D. Adeva, B. Arik, E. Arvidson, A. Badelek, B. Ballintijn, M.K. Bardin, G. Baum, G. Berglund, P. Betev, L. Bird, I.G. Birsa, R. Björkholm, P. Bonner, B.E. de Botton, N. Bradamante, F. Bressan, A. Brüll, A. Bültmann, S. Burtin, E. Cavata, C. Clocchiatti, M. Corcoran, M.D. Crabb, D. Cranshaw, J. Crawford, M. Çuhadar, T. Dalla Torre, S. van Dantzig, R. Dhawan, S. Dulya, C. Dyring, A. Eichblatt, S. Faivre, J.C. Fasching, D. Feinstein, F. Fernandez, C. Frois, B. Garzon, J.A. Gaussiran, T. Giorgi, M. von Goeler, E. Gracia, G. de Groot, N. Grosse Perdekamp, M. Gülmez, E. von Harrach, D. Hasegawa, T. Hautle, P. Hayashi, N. Heusch, C.A. Horikawa, N. Hughes, V.W. Igo, G. Ishimoto, S. Iwata, T. Kabuβ, E.M. Kaiser, R. Karev, A. Kessler, H.J. Ketel, T.J. Kishi, A. Kisselev, Yu. Klostermann, L. Krämer, D. Krivokhijine, V. Kukhtin, V. Kyynäräinen, J. Lamanna, M. Landgraf, U. Lau, K. Layda, T. Le Goff, J.M. Lehar, F. de Lesquen, A. Lichtenstadt, J. Lindqvist, T. Litmaath, M. Lopez-Ponte, S. Lowe, M. Magnon, A. Mallot, G.K. Marie, F. Martin, A. Martino, J. Matsuda, T. Mayes, B. McCarthy, J.S. Medved, K. van Middelkoop, G. Miller, D. Mori, K. Moromisato, J. Nagaitsev, A. Nassalski, J. Naumann, L. Niinikoski, T.O. Oberski, J.E.J. Parks, D.P. Penzo, A. Perez, C. Perrot-Kunne, F. Peshekhonov, D. Piegaia, R. Pinsky, L. Platchkov, S. Plo, M. Pose, D. Postma, H. Pretz, J. Pussieux, T. Pyrlik, J. Reyhancan, I. Rieubland, J.M. Rijllart, A. Roberts, J.B. Rock, S. Rodriguez, M. Rondio, E. Rosado, A. Sabo, I. Saborido, J. Sandacz, A. Savin, I. Schiavon, P. Schüler, K.P. Segel, R. Seitz, R. Semertzidis, Y. Sever, F. Shanahan, P. Shumeiko, N. Smirnov, G. Staude, A. Steinmetz, A. Stiegler, U. Stuhrmann, H. Teichert, K.M. Tessarotto, F. Velasco, M. Vogt, J. Voss, R. Weinstein, R. Whitten, C. Windmolders, R. Willumeit, R. Wislicki, W. Witzmann, A. Zanetti, A.M. Zhao, J.
author_facet	Adams, D. Adeva, B. Arik, E. Arvidson, A. Badelek, B. Ballintijn, M.K. Bardin, G. Baum, G. Berglund, P. Betev, L. Bird, I.G. Birsa, R. Björkholm, P. Bonner, B.E. de Botton, N. Bradamante, F. Bressan, A. Brüll, A. Bültmann, S. Burtin, E. Cavata, C. Clocchiatti, M. Corcoran, M.D. Crabb, D. Cranshaw, J. Crawford, M. Çuhadar, T. Dalla Torre, S. van Dantzig, R. Dhawan, S. Dulya, C. Dyring, A. Eichblatt, S. Faivre, J.C. Fasching, D. Feinstein, F. Fernandez, C. Frois, B. Garzon, J.A. Gaussiran, T. Giorgi, M. von Goeler, E. Gracia, G. de Groot, N. Grosse Perdekamp, M. Gülmez, E. von Harrach, D. Hasegawa, T. Hautle, P. Hayashi, N. Heusch, C.A. Horikawa, N. Hughes, V.W. Igo, G. Ishimoto, S. Iwata, T. Kabuβ, E.M. Kaiser, R. Karev, A. Kessler, H.J. Ketel, T.J. Kishi, A. Kisselev, Yu. Klostermann, L. Krämer, D. Krivokhijine, V. Kukhtin, V. Kyynäräinen, J. Lamanna, M. Landgraf, U. Lau, K. Layda, T. Le Goff, J.M. Lehar, F. de Lesquen, A. Lichtenstadt, J. Lindqvist, T. Litmaath, M. Lopez-Ponte, S. Lowe, M. Magnon, A. Mallot, G.K. Marie, F. Martin, A. Martino, J. Matsuda, T. Mayes, B. McCarthy, J.S. Medved, K. van Middelkoop, G. Miller, D. Mori, K. Moromisato, J. Nagaitsev, A. Nassalski, J. Naumann, L. Niinikoski, T.O. Oberski, J.E.J. Parks, D.P. Penzo, A. Perez, C. Perrot-Kunne, F. Peshekhonov, D. Piegaia, R. Pinsky, L. Platchkov, S. Plo, M. Pose, D. Postma, H. Pretz, J. Pussieux, T. Pyrlik, J. Reyhancan, I. Rieubland, J.M. Rijllart, A. Roberts, J.B. Rock, S. Rodriguez, M. Rondio, E. Rosado, A. Sabo, I. Saborido, J. Sandacz, A. Savin, I. Schiavon, P. Schüler, K.P. Segel, R. Seitz, R. Semertzidis, Y. Sever, F. Shanahan, P. Shumeiko, N. Smirnov, G. Staude, A. Steinmetz, A. Stiegler, U. Stuhrmann, H. Teichert, K.M. Tessarotto, F. Velasco, M. Vogt, J. Voss, R. Weinstein, R. Whitten, C. Windmolders, R. Willumeit, R. Wislicki, W. Witzmann, A. Zanetti, A.M. Zhao, J.
author_sort	Adams, D.
collection	CERN
description	We measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range $0.006<x<0.6$, $1<Q^2<30\,~\mbox{GeV}^2$. {}From this result we derive the upper limits for the virtual photon--proton asymmetry $A_2$, and for the spin structure function $g_2$. For $x<0.15$, $A_2$ is significantly smaller than its positivity limit $\sqrt{R}$.
id	cern-266991
institution	Organización Europea para la Investigación Nuclear
language	eng
publishDate	1994
record_format	invenio
spelling	cern-2669912023-03-14T19:28:32Zdoi:10.1016/0370-2693(94)00968-6http://cds.cern.ch/record/266991engAdams, D.Adeva, B.Arik, E.Arvidson, A.Badelek, B.Ballintijn, M.K.Bardin, G.Baum, G.Berglund, P.Betev, L.Bird, I.G.Birsa, R.Björkholm, P.Bonner, B.E.de Botton, N.Bradamante, F.Bressan, A.Brüll, A.Bültmann, S.Burtin, E.Cavata, C.Clocchiatti, M.Corcoran, M.D.Crabb, D.Cranshaw, J.Crawford, M.Çuhadar, T.Dalla Torre, S.van Dantzig, R.Dhawan, S.Dulya, C.Dyring, A.Eichblatt, S.Faivre, J.C.Fasching, D.Feinstein, F.Fernandez, C.Frois, B.Garzon, J.A.Gaussiran, T.Giorgi, M.von Goeler, E.Gracia, G.de Groot, N.Grosse Perdekamp, M.Gülmez, E.von Harrach, D.Hasegawa, T.Hautle, P.Hayashi, N.Heusch, C.A.Horikawa, N.Hughes, V.W.Igo, G.Ishimoto, S.Iwata, T.Kabuβ, E.M.Kaiser, R.Karev, A.Kessler, H.J.Ketel, T.J.Kishi, A.Kisselev, Yu.Klostermann, L.Krämer, D.Krivokhijine, V.Kukhtin, V.Kyynäräinen, J.Lamanna, M.Landgraf, U.Lau, K.Layda, T.Le Goff, J.M.Lehar, F.de Lesquen, A.Lichtenstadt, J.Lindqvist, T.Litmaath, M.Lopez-Ponte, S.Lowe, M.Magnon, A.Mallot, G.K.Marie, F.Martin, A.Martino, J.Matsuda, T.Mayes, B.McCarthy, J.S.Medved, K.van Middelkoop, G.Miller, D.Mori, K.Moromisato, J.Nagaitsev, A.Nassalski, J.Naumann, L.Niinikoski, T.O.Oberski, J.E.J.Parks, D.P.Penzo, A.Perez, C.Perrot-Kunne, F.Peshekhonov, D.Piegaia, R.Pinsky, L.Platchkov, S.Plo, M.Pose, D.Postma, H.Pretz, J.Pussieux, T.Pyrlik, J.Reyhancan, I.Rieubland, J.M.Rijllart, A.Roberts, J.B.Rock, S.Rodriguez, M.Rondio, E.Rosado, A.Sabo, I.Saborido, J.Sandacz, A.Savin, I.Schiavon, P.Schüler, K.P.Segel, R.Seitz, R.Semertzidis, Y.Sever, F.Shanahan, P.Shumeiko, N.Smirnov, G.Staude, A.Steinmetz, A.Stiegler, U.Stuhrmann, H.Teichert, K.M.Tessarotto, F.Velasco, M.Vogt, J.Voss, R.Weinstein, R.Whitten, C.Windmolders, R.Willumeit, R.Wislicki, W.Witzmann, A.Zanetti, A.M.Zhao, J.Spin asymmetry in muon-proton deep inelastic scattering on a transversely-polarized targetParticle Physics - ExperimentWe measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range $0.006<x<0.6$, $1<Q^2<30\,~\mbox{GeV}^2$. {}From this result we derive the upper limits for the virtual photon--proton asymmetry $A_2$, and for the spin structure function $g_2$. For $x<0.15$, $A_2$ is significantly smaller than its positivity limit $\sqrt{R}$.We measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range $0.006<x<0.6$, $1<Q~2<30\,\mbox{GeV}~2$. {}From this result we derive the upper limits for the virtual photon--proton asymmetry $A_2$, and for the spin structure function $g_2$. For $x<0.15$, $A_2$ is significantly smaller than its positivity limit $\sqrt{R}$.We measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range $0.006<x<0.6$, $1<Q~2<30\,\mbox{GeV}~2$. {}From this result we derive the upper limits for the virtual photon--proton asymmetry $A_2$, and for the spin structure function $g_2$. For $x<0.15$, $A_2$ is significantly smaller than its positivity limit $\sqrt{R}$.We measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range $0.006<x<0.6$, $1<Q~2<30\,\mbox{GeV}~2$. {}From this result we derive the upper limits for the virtual photon--proton asymmetry $A_2$, and for the spin structure function $g_2$. For $x<0.15$, $A_2$ is significantly smaller than its positivity limit $\sqrt{R}$.We measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range $0.006<x<0.6$, $1<Q~2<30\,\mbox{GeV}~2$. {}From this result we derive the upper limits for the virtual photon--proton asymmetry $A_2$, and for the spin structure function $g_2$. For $x<0.15$, $A_2$ is significantly smaller than its positivity limit $\sqrt{R}$.We measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range $0.006<x<0.6$, $1<Q~2<30\,\mbox{GeV}~2$. {}From this result we derive the upper limits for the virtual photon--proton asymmetry $A_2$, and for the spin structure function $g_2$. For $x<0.15$, $A_2$ is significantly smaller than its positivity limit $\sqrt{R}$.We measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range $0.006<x<0.6$, $1<Q~2<30\,\mbox{GeV}~2$. {}From this result we derive the upper limits for the virtual photon--proton asymmetry $A_2$, and for the spin structure function $g_2$. For $x<0.15$, $A_2$ is significantly smaller than its positivity limit $\sqrt{R}$.We measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range $0.006<x<0.6$, $1<Q~2<30\,\mbox{GeV}~2$. {}From this result we derive the upper limits for the virtual photon--proton asymmetry $A_2$, and for the spin structure function $g_2$. For $x<0.15$, $A_2$ is significantly smaller than its positivity limit $\sqrt{R}$.We measured the spin asymmetry in the scattering of 100 GeV longitudinally-polarized muons on transversely polarized protons. The asymmetry was found to be compatible with zero in the kinematic range 0.006 < x < 0.6, 1 < Q 2 < 30GeV 2 . From this result we derive the upper limits for the virtual photon-proton asymmetry A 2 , and for the spin structure function g 2 . For x < 0.15, A 2 is significantly smaller than its positivity limit √R .hep-ex/9408001CERN-PPE-94-116CERN-PPE-94-116oai:cds.cern.ch:2669911994-08-07
spellingShingle	Particle Physics - Experiment Adams, D. Adeva, B. Arik, E. Arvidson, A. Badelek, B. Ballintijn, M.K. Bardin, G. Baum, G. Berglund, P. Betev, L. Bird, I.G. Birsa, R. Björkholm, P. Bonner, B.E. de Botton, N. Bradamante, F. Bressan, A. Brüll, A. Bültmann, S. Burtin, E. Cavata, C. Clocchiatti, M. Corcoran, M.D. Crabb, D. Cranshaw, J. Crawford, M. Çuhadar, T. Dalla Torre, S. van Dantzig, R. Dhawan, S. Dulya, C. Dyring, A. Eichblatt, S. Faivre, J.C. Fasching, D. Feinstein, F. Fernandez, C. Frois, B. Garzon, J.A. Gaussiran, T. Giorgi, M. von Goeler, E. Gracia, G. de Groot, N. Grosse Perdekamp, M. Gülmez, E. von Harrach, D. Hasegawa, T. Hautle, P. Hayashi, N. Heusch, C.A. Horikawa, N. Hughes, V.W. Igo, G. Ishimoto, S. Iwata, T. Kabuβ, E.M. Kaiser, R. Karev, A. Kessler, H.J. Ketel, T.J. Kishi, A. Kisselev, Yu. Klostermann, L. Krämer, D. Krivokhijine, V. Kukhtin, V. Kyynäräinen, J. Lamanna, M. Landgraf, U. Lau, K. Layda, T. Le Goff, J.M. Lehar, F. de Lesquen, A. Lichtenstadt, J. Lindqvist, T. Litmaath, M. Lopez-Ponte, S. Lowe, M. Magnon, A. Mallot, G.K. Marie, F. Martin, A. Martino, J. Matsuda, T. Mayes, B. McCarthy, J.S. Medved, K. van Middelkoop, G. Miller, D. Mori, K. Moromisato, J. Nagaitsev, A. Nassalski, J. Naumann, L. Niinikoski, T.O. Oberski, J.E.J. Parks, D.P. Penzo, A. Perez, C. Perrot-Kunne, F. Peshekhonov, D. Piegaia, R. Pinsky, L. Platchkov, S. Plo, M. Pose, D. Postma, H. Pretz, J. Pussieux, T. Pyrlik, J. Reyhancan, I. Rieubland, J.M. Rijllart, A. Roberts, J.B. Rock, S. Rodriguez, M. Rondio, E. Rosado, A. Sabo, I. Saborido, J. Sandacz, A. Savin, I. Schiavon, P. Schüler, K.P. Segel, R. Seitz, R. Semertzidis, Y. Sever, F. Shanahan, P. Shumeiko, N. Smirnov, G. Staude, A. Steinmetz, A. Stiegler, U. Stuhrmann, H. Teichert, K.M. Tessarotto, F. Velasco, M. Vogt, J. Voss, R. Weinstein, R. Whitten, C. Windmolders, R. Willumeit, R. Wislicki, W. Witzmann, A. Zanetti, A.M. Zhao, J. Spin asymmetry in muon-proton deep inelastic scattering on a transversely-polarized target
title	Spin asymmetry in muon-proton deep inelastic scattering on a transversely-polarized target
title_full	Spin asymmetry in muon-proton deep inelastic scattering on a transversely-polarized target
title_fullStr	Spin asymmetry in muon-proton deep inelastic scattering on a transversely-polarized target
title_full_unstemmed	Spin asymmetry in muon-proton deep inelastic scattering on a transversely-polarized target
title_short	Spin asymmetry in muon-proton deep inelastic scattering on a transversely-polarized target
title_sort	spin asymmetry in muon-proton deep inelastic scattering on a transversely-polarized target
topic	Particle Physics - Experiment
url	https://dx.doi.org/10.1016/0370-2693(94)00968-6 http://cds.cern.ch/record/266991
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spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT igog spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT ishimotos spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT iwatat spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT kabubem spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT kaiserr spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT kareva spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT kesslerhj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT keteltj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT kishia spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT kisselevyu spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT klostermannl spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT kramerd spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT krivokhijinev spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT kukhtinv spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT kyynarainenj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT lamannam spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT landgrafu spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT lauk spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT laydat spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT legoffjm spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT leharf spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT delesquena spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT lichtenstadtj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT lindqvistt spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT litmaathm spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT lopezpontes spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT lowem spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT magnona spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT mallotgk spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT marief spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT martina spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT martinoj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT matsudat spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT mayesb spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT mccarthyjs spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT medvedk spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT vanmiddelkoopg spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT millerd spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT morik spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT moromisatoj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT nagaitseva spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT nassalskij spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT naumannl spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT niinikoskito spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT oberskijej spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT parksdp spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT penzoa spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT perezc spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT perrotkunnef spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT peshekhonovd spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT piegaiar spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT pinskyl spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT platchkovs spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT plom spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT posed spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT postmah spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT pretzj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT pussieuxt spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT pyrlikj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT reyhancani spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT rieublandjm spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT rijllarta spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT robertsjb spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT rocks spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT rodriguezm spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT rondioe spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT rosadoa spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT saboi spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT saboridoj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT sandacza spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT savini spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT schiavonp spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT schulerkp spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT segelr spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT seitzr spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT semertzidisy spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT severf spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT shanahanp spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT shumeikon spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT smirnovg spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT staudea spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT steinmetza spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT stiegleru spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT stuhrmannh spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT teichertkm spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT tessarottof spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT velascom spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT vogtj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT vossr spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT weinsteinr spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT whittenc spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT windmoldersr spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT willumeitr spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT wislickiw spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT witzmanna spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT zanettiam spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget AT zhaoj spinasymmetryinmuonprotondeepinelasticscatteringonatransverselypolarizedtarget

Spin asymmetry in muon-proton deep inelastic scattering on a transversely-polarized target

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