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2 results on '"D0 --> f0(980) anti-K0"'

1. Partialwellenanalyse des Zerfalls $D^0$ $\rightarrow$ $K^+K^-\bar K^0$

Author

Rohde, Angela

Subjects
molecule [K anti-K], annihilation: electron positron, nonleptonic decay [D0], ARGUS, +Phi%281020%29+anti-K0%22">D0 --> Phi(1020) anti-K0, DESY DORIS Stor, approx. 10.6 GeV-cms, +f0%28980%29+anti-K0%22">D0 --> f0(980) anti-K0, +K%2B+K%22">Phi(1020) --> K+ K, f0(980), annihilation [electron positron], electron positron: annihilation, D0: branching ratio, branching ratio [D0], D0 [nonleptonic decay], electron positron [colliding beams], D0 [electroproduction], spectator [model], mass spectrum [(anti-K0 K+ K-)], nonleptonic decay: D0, electron positron [annihilation], Phi(1020), thesis, D0: nonleptonic decay, +anti-K0+K%2B+K%22">D0 --> anti-K0 K+ K, electroproduction [D0], electroproduction: D0, partial wave analysis, electron positron: colliding beams, K anti-K: molecule, final-state interaction, D0: electroproduction, (anti-K0 K+ K-) [mass spectrum], colliding beams: electron positron, mass spectrum: (anti-K0 K+ K-), colliding beams [electron positron], model: spectator, (anti-K0 K+ K-): mass spectrum, experimental results
Abstract

Universität Hamburg, Diplomarbeit, 1993; 65 pp. (1993). = Universität Hamburg, Diplomarbeit, 1993

Published
1993
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2. A partial wave analysis of the decay $D^0 \to K_S^0 \pi^+\pi^−$

Author

Albrecht, H., Ehrlichmann, H., Hamacher, T., Hofmann, R. P., Kirchhoff, T., Nau, A., Nowak, S., Schröder, H., Schulz, H. D., Walter, M., Wurth, R., Appuhn, R. D., Hast, C., Kolanoski, H., Lange, A., Lindner, A., Mankel, R., Schieber, M., Siegmund, T., Spaan, B., Thurn, H., Töpfer, D., Walther, A., Wegener, D., Paulini, M., Reim, K., Wegener, H., Mundt, R., Oest, T., Reiner, R., Schmidt-Parzefall, W., Funk, W., Stiewe, J., Werner, S., Ehret, K., Hofmann, W., Hüpper, A., Khan, S., Knöpfle, K. T., Spengler, J., Britton, D. I., Charlesworth, C. E. K., Edwards, K. W., Hyatt, E. R. F., Kapitza, H., Krieger, P., MacFarlane, D. B., Patel, P. M., Prentice, J. D., Saull, P. R. B., Tzamariudaki, K., Van de Water, R. G., Yoon, T.-S., Reßing, D., Schmidtler, M., Schneider, M., Schubert, K. R., Strahl, K., Tamminga, J., Waldi, R., Weseler, S., Kernel, G., Križan, P., Križnič, E., Podobnik, T., Živko, T., Balagura, V., Belyaev, I., Danilov, M., Droutskoy, A., Golutvin, A., Gorelov, I., Kostina, G., Lubimov, V., Murat, P., Pakhlov, P., Ratnikov, F., Semenov, S., Shibaev, V., Soloshenko, V., Tichomirov, I., Zaitsev, Yu., and ARGUS Collaboration

Subjects
K*0(1430), annihilation: electron positron, ARGUS, Dalitz plot, +f0%28980%29+anti-K0%22">D0 --> f0(980) anti-K0, D*(2010): electroproduction, S032.17, annihilation [electron positron], nonleptonic decay: D*(2010), +f2%281270%29+anti-K0%22">D0 --> f2(1270) anti-K0, approx. 10 GeV-cms, electron positron [colliding beams], nonleptonic decay [D*(2010)], S032.3, nonleptonic decay: D0, +K0%28S%29+pi%2B+pi%22">D0 --> K0(S) pi+ pi, S032.81, +K*2%281430%29+pi%2B%22">D0 --> K*2(1430) pi+, electron positron: colliding beams, D*(2010): nonleptonic decay, electroproduction [D*(2010)], electroproduction: D*(2010), D*(2010) [cascade decay], f0(1400), S032.199, cascade decay: D*(2010), D*(2010) [nonleptonic decay], +f0%281400%29+anti-K0%22">D0 --> f0(1400) anti-K0, colliding beams [electron positron], D*(2010): cascade decay, cascade decay [D*(2010)], nonleptonic decay [D0], DESY DORIS Stor, +K*0%281430%29+pi%2B%22">D0 --> K*0(1430) pi+, f0(980), electron positron: annihilation, D0: branching ratio, D*(2010) [electroproduction], branching ratio [D0], S032.201, S032.200, D0 [nonleptonic decay], S032.203, ddc:530, K*2(1430), electron positron [annihilation], D0: nonleptonic decay, +D0+pi%2B%22">D*(2010) --> D0 pi+, partial wave analysis, f2(1270), colliding beams: electron positron, experimental results
Abstract

13 pp. (1993)., Using the ARGUS detector at the DORIS-II electron-positron storage ring at DESY, we have investigated the exclusive decay $D∗+→ D^0 π^+, D^0→ K_S^0 π^+π^−$. From a partial wave analysis of the $K_S^0 π+^π^−$ system we find that (71.8± 4.2 ± 3.0)% are $D^0→ K∗^−π^+$ and (22.7 ± 3.2 ± 0.9)% are $D^0→K^0_ϱ 0$ with a relative phase of (−137 ± 7 ± 3)° between the channels. The remaining fraction can be described by several channels involving excited resonances, but not by a three-body phase space decay, thus giving first evidence for D0 decays into $K^0_∗(1430)^−π^+,K^0f^0(1975), K^0f^2(1270), and K^0f^0(1400)$.

Published
1993
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