Cross section determination for the reaction K+p → K+pπ+π-π0 and K+π+π+π-n at 8.2 and 16 GeV/c

Detailed structure of the reactions in pp→π+π- and pp→K+K- from 0.7 to 2.4 GeV/c

Nicholson, H.
Barish, B. C.
Pine, J.
Tollestrup, A. V.
Yoh, J. K.
Delorme, C.
Lobkowicz, F.
Melissinos, A. C.
Nagashima, Y.
Carroll, A. S.
Phillips, R. H.

September 1969

Differential cross sections for the reactions pp→π+π- and pp→K+K- have been measured in the angular ...

Detailed structure of the reactions in pp→π+π- and pp→K+K- from 0.7 to 2.4 GeV/c

Nicholson, H.
Barish, B. C.
Pine, J.
Tollestrup, A. V.
Yoh, J. K.
Delorme, C.
Lobkowicz, F.
Melissinos, A. C.
Nagashima, Y.
Carroll, A. S.
Phillips, R. H.

September 1969

Differential cross sections for the reactions pp→π+π- and pp→K+K- have been measured in the angular ...

on Meson-Nucleon Physics and the Structure of the Nucleon

January 2007

The determined pp and p−meson invariant mass distributions for pp → ppη and pp → ppη ′ reactions are...

A comparison of the production of K* (890) in K+p and K-p interactions

Carney, J.N.
Colley, Derek
Jobes, M.
Jones, G.T.
Kinson, J.B.
Storr, K.M. K.M.
Tuli, Shrawan S.K.
Watkins, D.C. D.C.
De Baere, W.
de Wolf, Els
Grard, Fernand
Herquet, P.
Peeters, Philippe
Verbeure, F
Windmolders, Roland
Bouthet, C.
Ginestet, J.
Manesse, D.
Anh, Tran Ha
Vignaud, Daniel
Sene, Martin
Ciapetti, Guido
Dunwoodie, William
Eisner, Robert R.L.
Goldschmidt-Clermont, Yves
Grant, A.
Henri, Victor
Muller, Francis
Pape, Luc
Quinquard, J.
Sekera, Z.
Yamdagni, N.

November 1972

Results are presented on an analysis of the reaction K+p → K*+ (890) p at 16 GeV/c and compared with...

The reactions K+ m ̊p → ΛX++ and K+ p → ΛX++ at incident momenta of 8.2 and 16.0 GeV/c

Chliapnikov, P.
Ciapetti, Guido
Dunwoodie, William
Gold-Schmidt-Clermont, Y.
Grant, A.
Muller, Francis
Pape, Luc
Sekera, Z.
Stergiou, A.
Tuominiemi, J.K.
Yamdagni, N.
Jobes, M.
Kinson, J.B.
Storr, K.M. K.M.
Watkins, D.C. D.C.
de Wolf, Els
Peeters, Philippe
Verbeure, F
Grard, Fernand
Henri, Victor
Herquet, P.
Windmolders, Roland

September 1976

Inclusive production of Λ and Λ in K+ p interactions is studied at incident momenta of 8.2 and 16.0 ...

An analysis of the reaction K+p → Q+p from 2.5 to 12.7 GeV/c

Bingham, Harry H.H.
Eisenstein, Laura
Goldschmidt-Clermont, Yves
Henri, Victor
Quinquard, J.
Grard, Fernand
Herquet, P.
Windmolders, Roland

November 1972

The Q-region of Kππ mass (i.e. 1.10 ≤ M(Kππ) < 1.5 GeV) is studied for the reactions K+p → K+π+π-p (...

Study of the reaction K+p→ K*0 (890) Δ++ from 4.6-16.0 GeV/c

Ciapetti, Guido
Eisner, Robert R.L.
Irving, Alan A.C.
Dunwoodie, William
Goldschmidt-Clermont, Yves
Grant, A.
Muller, Francis
Pape, Luc
Quinquard, J.
Sekera, Z.
Yamdagni, N.
Watkins, D.C. D.C.
Kinson, J.B.
Carney, J.N.
Jobes, M.
Jones, G.T.
Storr, K.M. K.M.
de Wolf, Els
Peeters, Philippe
Verbeure, F
Grard, Fernand
Henri, Victor
Herquet, P.
Windmolders, Roland
Bonnel, C.
Ginestet, J.
Manesse, D.
Ha Ahn, Tran
Vignaud, Daniel
Sene, Martin

November 1973

A systematic analysis is presented on the reaction K+p→K*0 (890) Δ++ for nine incident momenta betwe...

Determination of the K+π- total cross section for c.m. energy up to 1.8 GeV

Chliapnikov, P.
Gerdyukov, L.N.
Tchikilev, O.G.
Vorobjev, A.P.
Grard, Fernand
Henri, Victor
Herquet, P.
Windmolders, Roland
Verbeure, F
Ciapetti, Guido
Drijard, Daniel
Dunwoodie, W.
Goldschmidt-Clermont, Yves
Grant, A.
Nielsen, S.
Pape, Luc
Sekera, Z.
Tuominiemi, J.K.
Yamdagni, N.

June 1975

The reaction K+p → Δ++(1236) + anything is studied at beam momentum 8.2 GeV/c. The spin density matr...

Study of inclusive reactions K-p→K̄0+X and K-p→Λ0+X at 6.5 GeV/c

De Clercq, Catherine
Johnson, Denis
Lemonne, Jacques
Peeters, Philippe
Renton, Peter
Wickens, John H.
Musgrave, B.
Phelan, J.
Schultz, Peter
Smith, R.
Snyder, A.
Ammar, Ron
Davis, Raymond
Eklund, C.
Herder, L.
Kwak, Nowhan
Loos, L.
Riemer, R.
Stump, Robert
Morris, W.A. W.A.
Oh, B.Y. B.Y.
Pratap, M.
Sionakides, G.
Smith, Gerald G.A.
Whitmore, James
Dao, F.T. F.T.
Katsoufis, Elias
Mann, Anthony
Schneps, Jacob
Segar, A.J. A.J.
Wald, H.

January 1979

Inclusive V0 production in 6.5-GeV/c K-p interactions is studied using the ANL 12-ft-diameter hydrog...

Resonance production in the reaction K+p → K0pπ+ at 5,8.25 and 16 GeV/c

Colley, Derek
Carney, J.N.
James, M.J. M.J.
Jobes, M.
Jones, G.T.
Kinson, J.B.
Storr, K.M. K.M.
Watkins, D.D. D.D.
de Wolf, Els
Peeters, Philippe
Verbeure, F
Charrière, G.
Drijard, Daniel
Dunwoodie, William
Eskreys, A.
Grant, A.
Goldschmidt-Clermont, Yves
Jongejans, B.
Linglin, D.
Muller, Francis
Nikolic, Milan
Perreau, J.-M.
Sekera, Z.
Stergiou, A.
Grard, Fernand
Henri, Victor
Herquet, P.
Windmolders, Roland

January 1976

We present a systematic analysis of the production of K*+(892) and Δ++(1236) resonances in the K+p →...

Cross sections for the reactions e+e− → K+K−π+π−, K+K−π0π0, and K+K−K+K− measured using initial-state radiation events

Graugés Pous, Eugeni
Garra Ticó, Jordi
BABAR Collaboration

March 2019

We study the processes e + e − → K + K − π + π − γ , K + K − π 0 π 0 γ , and K + K − K + K − γ , whe...

Cross sections for the reactions e+e− → K+K−π+π−, K+K−π0π0, and K+K−K+K− measured using initial-state radiation events

Graugés Pous, Eugeni
Garra Ticó, Jordi
BABAR Collaboration

We study the processes e + e − → K + K − π + π − γ , K + K − π 0 π 0 γ , and K + K − K + K − γ , whe...

Cross sections for the reactions e+e−→K+K−π+π−(π0), K+K−K+K−(π0), π+π−π+π−(π0), p¯pπ+π−(π0) in the energy region between 3.773 and 4.600 GeV

Ablikim, M.
Adlarson, Patrik
Ikegami Andersson, Walter
Johansson, Tord
Kupsc, Andrzej
Pettersson, Joachim
Schönning, Karin
Thorén, Viktor
Wolke, Magnus
Zou, J. H.

January 2021

Using the data samples collected in the energy range from 3.773 to 4.600 GeV with the BESIII detecto...

Cross sections for the reactions e+e- →k+K-π+π- (π0), K+K-K+K- (π0), π+π-π+π- (π0), p p ¯ π+π- (π0) in the energy region between 3.773 and 4.600 GeV CROSS SECTIONS for the REACTIONS between 3.773 and 4.600 GeV

Ablikim M.
Achasov M. N.
Adlarson P.
Ahmed S.
Albrecht M.
Aliberti R.
Amoroso A.
An M. R.
An Q.
Bai X. H.
Bai Y.
Bakina O.
Baldini Ferroli R.
Balossino I.
Ban Y.
Begzsuren K.
Berger N.
Bertani M.
Bettoni D.
Bianchi F.
Bloms J.
Bortone A.
Boyko I.
Briere R. A.
Cai H.
Cai X.
Calcaterra A.
Cao G. F.
Cao N.
Cetin S. A.
Chang J. F.
Chang W. L.
Chelkov G.
Chen D. Y.
Chen G.
Chen H. S.
Chen M. L.
Chen S. J.
Chen X. R.
Chen Y. B.
Chen Z. J.
Cheng W. S.
Cibinetto G.
Cossio F.
Cui X. F.
Dai H. L.
Dai X. C.
Dbeyssi A.
De Boer R. E.
Dedovich D.
Deng Z. Y.
Denig A.
Denysenko I.
Destefanis M.
De Mori F.
Ding Y.
Dong C.
Dong J.
Dong L. Y.
Dong M. Y.
Dong X.
Du S. X.
Fan Y. L.
Fang J.
Fang S. S.
Fang Y.
Farinelli R.
Fava L.
Feldbauer F.
Felici G.
Feng C. Q.
Feng J. H.
Fritsch M.
Fu C. D.
Gao Y.
Gao Y.
Gao Y.
Gao Y. G.
Garzia I.
Ge P. T.
Geng C.
Gersabeck E. M.
Gilman A.
Goetzen K.
Gong L.
Gong W. X.
Gradl W.
Greco M.
Gu L. M.
Gu M. H.
Gu S.
Gu Y. T.
Guan C. Y.
Guo A. Q.
Guo L. B.
Guo R. P.
Guo Y. P.
Guskov A.
Han T. T.
Han W. Y.
Hao X. Q.
Harris F. A.
Husken N.
He K. L.
Heinsius F. H.
Heinz C. H.
Held T.
Heng Y. K.
Herold C.
Himmelreich M.
Holtmann T.
Hou Y. R.
Hou Z. L.
Hu H. M.
Hu J. F.
Hu T.
Hu Y.
Huang G. S.
Huang L. Q.
Huang X. T.
Huang Y. P.
Huang Z.
Hussain T.
Ikegami Andersson W.
Imoehl W.
Irshad M.
Jaeger S.
Janchiv S.
Ji Q.
Ji Q. P.
Ji X. B.
Ji X. L.
Ji Y. Y.
Jiang H. B.
Jiang X. S.
Jiao J. B.
Jiao Z.
Jin S.
Jin Y.
Johansson T.
Kalantar-Nayestanaki N.
Kang X. S.
Kappert R.
Kavatsyuk M.
Ke B. C.
Keshk I. K.
Khoukaz A.
Kiese P.
Kiuchi R.
Kliemt R.
Koch L.
Kolcu O. B.
Kopf B.
Kuemmel M.
Kuessner M.
Kupsc A.
Kurth M. G.
Kuhn W.
Lane J. J.
Lange J. S.
Larin P.
Lavania A.
Lavezzi L.
Lei Z. H.
Leithoff H.
Lellmann M.
Lenz T.
Li C.
Li C. H.
Li C.
Li D. M.
Li F.
Li G.
Li H.
Li H.
Li H. B.
Li H. J.
Li J. L.
Li J. Q.
Li J. S.
Li K.
Li L. K.
Li L.
Li P. R.
Li S. Y.
Li W. D.
Li W. G.
Li X. H.
Li X. L.
Li X.
Li Z. Y.
Liang H.
Liang H.
Liang H.
Liang Y. F.
Liang Y. T.
Liao G. R.
Liao L. Z.
Libby J.
Lin C. X.
Liu B. J.
Liu C. X.
Liu D.
Liu F. H.
Liu F.
Liu F.
Liu H. B.
Liu H. M.
Liu H.
Liu H.
Liu J. B.
Liu J. L.
Liu J. Y.
Liu K.
Liu K. Y.
Liu K.
Liu L.
Liu M. H.
Liu P. L.
Liu Q.
Liu Q.
Liu S. B.
Liu S.
Liu T.
Liu W. M.
Liu X.
Liu Y.
Liu Y. B.
Liu Z. A.
Liu Z. Q.
Lou X. C.
Lu F. X.
Lu F. X.
Lu H. J.
Lu J. D.
Lu J. G.
Lu X. L.
Lu Y.
Lu Y. P.
Luo C. L.
Luo M. X.
Luo P. W.
Luo T.
Luo X. L.
Lusso S.
Lyu X. R.
Ma F. C.
Ma H. L.
Ma L. L.
Ma M. M.
Ma Q. M.
Ma R. Q.
Ma R. T.
Ma X. X.
Ma X. Y.
Maas F. E.
Maggiora M.
Maldaner S.
Malde S.
Malik Q. A.
Mangoni A.
Mao Y. J.
Mao Z. P.
Marcello S.
Meng Z. X.
Messchendorp J. G.
Mezzadri G.
Min T. J.
Mitchell R. E.
Mo X. H.
Mo Y. J.
Muchnoi N. Y.
Muramatsu H.
Nakhoul S.
Nefedov Y.
Nerling F.
Nikolaev I. B.
Ning Z.
Nisar S.
Olsen S. L.
Ouyang Q.
Pacetti S.
Pan X.
Pan Y.
Pathak A.
Patteri P.
Pelizaeus M.
Peng H. P.
Peters K.
Pettersson J.
Ping J. L.
Ping R. G.
Poling R.
Prasad V.
Qi H.
Qi H. R.
Qi K. H.
Qi M.
Qi T. Y.
Qi T. Y.
Qian S.
Qian W. B.
Qian Z.
Qiao C. F.
Qin L. Q.
Qin X. P.
Qin X. S.
Qin Z. H.
Qiu J. F.
Qu S. Q.
Rashid K. H.
Ravindran K.
Redmer C. F.
Rivetti A.
Rodin V.
Rolo M.
Rong G.
Rosner C.
Rump M.
Sang H. S.
Sarantsev A.
Schelhaas Y.
Schnier C.
Schoenning K.
Scodeggio M.
Shan D. C.
Shan W.
Shan X. Y.
Shangguan J. F.
Shao M.
Shen C. P.
Shen P. X.
Shen X. Y.
Shi H. C.
Shi R. S.
Shi X.
Shi X. D.
Song J. J.
Song W. M.
Song Y. X.
Sosio S.
Spataro S.
Su K. X.
Su P. P.
Sui F. F.
Sun G. X.
Sun H. K.
Sun J. F.
Sun L.
Sun S. S.
Sun T.
Sun W. Y.
Sun W. Y.
Sun X.
Sun Y. J.
Sun Y. K.
Sun Y. Z.
Sun Z. T.
Tan Y. H.
Tan Y. X.
Tang C. J.
Tang G. Y.
Tang J.
Teng J. X.
Thoren V.
Tian W. H.
Uman I.
Wang B.
Wang C. W.
Wang D. Y.
Wang H. J.
Wang H. P.
Wang K.
Wang L. L.
Wang M.
Wang M. Z.
Wang M.
Wang W.
Wang W. H.
Wang W. P.
Wang X.
Wang X. F.
Wang X. L.
Wang Y.
Wang Y.
Wang Y. D.
Wang Y. F.
Wang Y. Q.
Wang Y. Y.
Wang Z.
Wang Z. Y.
Wang Z.
Wang Z.
Wei D. H.
Weidenkaff P.
Weidner F.
Wen S. P.
White D. J.
Wiedner U.
Wilkinson G.
Wolke M.
Wollenberg L.
Wu J. F.
Wu L. H.
Wu L. J.
Wu X.
Wu Z.
Xia L.
Xiao H.
Xiao S. Y.
Xiao Z. J.
Xie X. H.
Xie Y. G.
Xie Y. H.
Xing T. Y.
Xu G. F.
Xu Q. J.
Xu W.
Xu X. P.
Xu Y. C.
Yan F.
Yan L.
Yan W. B.
Yan W. C.
Yan X.
Yang H. J.
Yang H. X.
Yang L.
Yang S. L.
Yang Y. X.
Yang Y.
Yang Z.
Ye M.
Ye M. H.
Yin J. H.
You Z. Y.
Yu B. X.
Yu C. X.
Yu G.
Yu J. S.
Yu T.
Yuan C. Z.
Yuan L.
Yuan X. Q.
Yuan Y.
Yuan Z. Y.
Yue C. X.
Yuncu A.
Zafar A. A.
Zeng Y.
Zhang B. X.
Zhang G.
Zhang H.
Zhang H. H.
Zhang H. H.
Zhang H. Y.
Zhang J. J.
Zhang J. L.
Zhang J. Q.
Zhang J. W.
Zhang J. Y.
Zhang J. Z.
Zhang J.
Zhang J.
Zhang L. Q.
Zhang L.
Zhang S.
Zhang S. F.
Zhang S.
Zhang X. D.
Zhang X. Y.
Zhang Y.
Zhang Y. H.
Zhang Y. T.
Zhang Y.
Zhang Y.
Zhang Y.
Zhang Z. H.
Zhang Z. Y.
Zhao G.
Zhao J.
Zhao J. Y.
Zhao J. Z.
Zhao L.
Zhao L.
Zhao M. G.
Zhao Q.
Zhao S. J.
Zhao Y. B.
Zhao Y. X.
Zhao Z. G.
Zhemchugov A.
Zheng B.
Zheng J. P.
Zheng Y.
Zheng Y. H.
Zhong B.
Zhong C.
Zhou L. P.
Zhou Q.
Zhou X.
Zhou X. K.
Zhou X. R.
Zhu A. N.
Zhu J.
Zhu K.
Zhu K. J.
Zhu S. H.
Zhu T. J.
Zhu W. J.
Zhu W. J.
Zhu Y. C.
Zhu Z. A.
Zou B. S.
Zou J. H.

January 2021

Using the data samples collected in the energy range from 3.773 to 4.600 GeV with the BESIII detecto...

Cross sections for the reactions e+e−→K+K−π+π−(π0), K+K−K+K−(π0), π+π−π+π−(π0), p¯pπ+π−(π0) in the energy region between 3.773 and 4.600 GeV

Ablikim, M.
Adlarson, Patrik
Ikegami Andersson, Walter
Johansson, Tord
Kupsc, Andrzej
Pettersson, Joachim
Schönning, Karin
Thorén, Viktor
Wolke, Magnus
Zou, J. H.

January 2021

Using the data samples collected in the energy range from 3.773 to 4.600 GeV with the BESIII detecto...

Detailed structure of the reactions in pp→π+π- and pp→K+K- from 0.7 to 2.4 GeV/c

Nicholson, H.
Barish, B. C.
Pine, J.
Tollestrup, A. V.
Yoh, J. K.
Delorme, C.
Lobkowicz, F.
Melissinos, A. C.
Nagashima, Y.
Carroll, A. S.
Phillips, R. H.

September 1969

Differential cross sections for the reactions pp→π+π- and pp→K+K- have been measured in the angular ...

Detailed structure of the reactions in pp→π+π- and pp→K+K- from 0.7 to 2.4 GeV/c

Nicholson, H.
Barish, B. C.
Pine, J.
Tollestrup, A. V.
Yoh, J. K.
Delorme, C.
Lobkowicz, F.
Melissinos, A. C.
Nagashima, Y.
Carroll, A. S.
Phillips, R. H.

September 1969

Differential cross sections for the reactions pp→π+π- and pp→K+K- have been measured in the angular ...

on Meson-Nucleon Physics and the Structure of the Nucleon

January 2007

The determined pp and p−meson invariant mass distributions for pp → ppη and pp → ppη ′ reactions are...

A comparison of the production of K* (890) in K+p and K-p interactions

Carney, J.N.
Colley, Derek
Jobes, M.
Jones, G.T.
Kinson, J.B.
Storr, K.M. K.M.
Tuli, Shrawan S.K.
Watkins, D.C. D.C.
De Baere, W.
de Wolf, Els
Grard, Fernand
Herquet, P.
Peeters, Philippe
Verbeure, F
Windmolders, Roland
Bouthet, C.
Ginestet, J.
Manesse, D.
Anh, Tran Ha
Vignaud, Daniel
Sene, Martin
Ciapetti, Guido
Dunwoodie, William
Eisner, Robert R.L.
Goldschmidt-Clermont, Yves
Grant, A.
Henri, Victor
Muller, Francis
Pape, Luc
Quinquard, J.
Sekera, Z.
Yamdagni, N.

November 1972

Results are presented on an analysis of the reaction K+p → K*+ (890) p at 16 GeV/c and compared with...

The reactions K+ m ̊p → ΛX++ and K+ p → ΛX++ at incident momenta of 8.2 and 16.0 GeV/c

Chliapnikov, P.
Ciapetti, Guido
Dunwoodie, William
Gold-Schmidt-Clermont, Y.
Grant, A.
Muller, Francis
Pape, Luc
Sekera, Z.
Stergiou, A.
Tuominiemi, J.K.
Yamdagni, N.
Jobes, M.
Kinson, J.B.
Storr, K.M. K.M.
Watkins, D.C. D.C.
de Wolf, Els
Peeters, Philippe
Verbeure, F
Grard, Fernand
Henri, Victor
Herquet, P.
Windmolders, Roland

September 1976

Inclusive production of Λ and Λ in K+ p interactions is studied at incident momenta of 8.2 and 16.0 ...

An analysis of the reaction K+p → Q+p from 2.5 to 12.7 GeV/c

Bingham, Harry H.H.
Eisenstein, Laura
Goldschmidt-Clermont, Yves
Henri, Victor
Quinquard, J.
Grard, Fernand
Herquet, P.
Windmolders, Roland

November 1972

The Q-region of Kππ mass (i.e. 1.10 ≤ M(Kππ) < 1.5 GeV) is studied for the reactions K+p → K+π+π-p (...

Study of the reaction K+p→ K*0 (890) Δ++ from 4.6-16.0 GeV/c

Ciapetti, Guido
Eisner, Robert R.L.
Irving, Alan A.C.
Dunwoodie, William
Goldschmidt-Clermont, Yves
Grant, A.
Muller, Francis
Pape, Luc
Quinquard, J.
Sekera, Z.
Yamdagni, N.
Watkins, D.C. D.C.
Kinson, J.B.
Carney, J.N.
Jobes, M.
Jones, G.T.
Storr, K.M. K.M.
de Wolf, Els
Peeters, Philippe
Verbeure, F
Grard, Fernand
Henri, Victor
Herquet, P.
Windmolders, Roland
Bonnel, C.
Ginestet, J.
Manesse, D.
Ha Ahn, Tran
Vignaud, Daniel
Sene, Martin

November 1973

A systematic analysis is presented on the reaction K+p→K*0 (890) Δ++ for nine incident momenta betwe...

Determination of the K+π- total cross section for c.m. energy up to 1.8 GeV

Chliapnikov, P.
Gerdyukov, L.N.
Tchikilev, O.G.
Vorobjev, A.P.
Grard, Fernand
Henri, Victor
Herquet, P.
Windmolders, Roland
Verbeure, F
Ciapetti, Guido
Drijard, Daniel
Dunwoodie, W.
Goldschmidt-Clermont, Yves
Grant, A.
Nielsen, S.
Pape, Luc
Sekera, Z.
Tuominiemi, J.K.
Yamdagni, N.

June 1975

The reaction K+p → Δ++(1236) + anything is studied at beam momentum 8.2 GeV/c. The spin density matr...

Study of inclusive reactions K-p→K̄0+X and K-p→Λ0+X at 6.5 GeV/c

De Clercq, Catherine
Johnson, Denis
Lemonne, Jacques
Peeters, Philippe
Renton, Peter
Wickens, John H.
Musgrave, B.
Phelan, J.
Schultz, Peter
Smith, R.
Snyder, A.
Ammar, Ron
Davis, Raymond
Eklund, C.
Herder, L.
Kwak, Nowhan
Loos, L.
Riemer, R.
Stump, Robert
Morris, W.A. W.A.
Oh, B.Y. B.Y.
Pratap, M.
Sionakides, G.
Smith, Gerald G.A.
Whitmore, James
Dao, F.T. F.T.
Katsoufis, Elias
Mann, Anthony
Schneps, Jacob
Segar, A.J. A.J.
Wald, H.

January 1979

Inclusive V0 production in 6.5-GeV/c K-p interactions is studied using the ANL 12-ft-diameter hydrog...

Resonance production in the reaction K+p → K0pπ+ at 5,8.25 and 16 GeV/c

Colley, Derek
Carney, J.N.
James, M.J. M.J.
Jobes, M.
Jones, G.T.
Kinson, J.B.
Storr, K.M. K.M.
Watkins, D.D. D.D.
de Wolf, Els
Peeters, Philippe
Verbeure, F
Charrière, G.
Drijard, Daniel
Dunwoodie, William
Eskreys, A.
Grant, A.
Goldschmidt-Clermont, Yves
Jongejans, B.
Linglin, D.
Muller, Francis
Nikolic, Milan
Perreau, J.-M.
Sekera, Z.
Stergiou, A.
Grard, Fernand
Henri, Victor
Herquet, P.
Windmolders, Roland

January 1976

We present a systematic analysis of the production of K*+(892) and Δ++(1236) resonances in the K+p →...

Cross sections for the reactions e+e− → K+K−π+π−, K+K−π0π0, and K+K−K+K− measured using initial-state radiation events

Graugés Pous, Eugeni
Garra Ticó, Jordi
BABAR Collaboration

March 2019

We study the processes e + e − → K + K − π + π − γ , K + K − π 0 π 0 γ , and K + K − K + K − γ , whe...

Cross sections for the reactions e+e− → K+K−π+π−, K+K−π0π0, and K+K−K+K− measured using initial-state radiation events

Graugés Pous, Eugeni
Garra Ticó, Jordi
BABAR Collaboration

We study the processes e + e − → K + K − π + π − γ , K + K − π 0 π 0 γ , and K + K − K + K − γ , whe...

Cross sections for the reactions e+e−→K+K−π+π−(π0), K+K−K+K−(π0), π+π−π+π−(π0), p¯pπ+π−(π0) in the energy region between 3.773 and 4.600 GeV

Ablikim, M.
Adlarson, Patrik
Ikegami Andersson, Walter
Johansson, Tord
Kupsc, Andrzej
Pettersson, Joachim
Schönning, Karin
Thorén, Viktor
Wolke, Magnus
Zou, J. H.

January 2021

Using the data samples collected in the energy range from 3.773 to 4.600 GeV with the BESIII detecto...

Cross sections for the reactions e+e- →k+K-π+π- (π0), K+K-K+K- (π0), π+π-π+π- (π0), p p ¯ π+π- (π0) in the energy region between 3.773 and 4.600 GeV CROSS SECTIONS for the REACTIONS between 3.773 and 4.600 GeV

Ablikim M.
Achasov M. N.
Adlarson P.
Ahmed S.
Albrecht M.
Aliberti R.
Amoroso A.
An M. R.
An Q.
Bai X. H.
Bai Y.
Bakina O.
Baldini Ferroli R.
Balossino I.
Ban Y.
Begzsuren K.
Berger N.
Bertani M.
Bettoni D.
Bianchi F.
Bloms J.
Bortone A.
Boyko I.
Briere R. A.
Cai H.
Cai X.
Calcaterra A.
Cao G. F.
Cao N.
Cetin S. A.
Chang J. F.
Chang W. L.
Chelkov G.
Chen D. Y.
Chen G.
Chen H. S.
Chen M. L.
Chen S. J.
Chen X. R.
Chen Y. B.
Chen Z. J.
Cheng W. S.
Cibinetto G.
Cossio F.
Cui X. F.
Dai H. L.
Dai X. C.
Dbeyssi A.
De Boer R. E.
Dedovich D.
Deng Z. Y.
Denig A.
Denysenko I.
Destefanis M.
De Mori F.
Ding Y.
Dong C.
Dong J.
Dong L. Y.
Dong M. Y.
Dong X.
Du S. X.
Fan Y. L.
Fang J.
Fang S. S.
Fang Y.
Farinelli R.
Fava L.
Feldbauer F.
Felici G.
Feng C. Q.
Feng J. H.
Fritsch M.
Fu C. D.
Gao Y.
Gao Y.
Gao Y.
Gao Y. G.
Garzia I.
Ge P. T.
Geng C.
Gersabeck E. M.
Gilman A.
Goetzen K.
Gong L.
Gong W. X.
Gradl W.
Greco M.
Gu L. M.
Gu M. H.
Gu S.
Gu Y. T.
Guan C. Y.
Guo A. Q.
Guo L. B.
Guo R. P.
Guo Y. P.
Guskov A.
Han T. T.
Han W. Y.
Hao X. Q.
Harris F. A.
Husken N.
He K. L.
Heinsius F. H.
Heinz C. H.
Held T.
Heng Y. K.
Herold C.
Himmelreich M.
Holtmann T.
Hou Y. R.
Hou Z. L.
Hu H. M.
Hu J. F.
Hu T.
Hu Y.
Huang G. S.
Huang L. Q.
Huang X. T.
Huang Y. P.
Huang Z.
Hussain T.
Ikegami Andersson W.
Imoehl W.
Irshad M.
Jaeger S.
Janchiv S.
Ji Q.
Ji Q. P.
Ji X. B.
Ji X. L.
Ji Y. Y.
Jiang H. B.
Jiang X. S.
Jiao J. B.
Jiao Z.
Jin S.
Jin Y.
Johansson T.
Kalantar-Nayestanaki N.
Kang X. S.
Kappert R.
Kavatsyuk M.
Ke B. C.
Keshk I. K.
Khoukaz A.
Kiese P.
Kiuchi R.
Kliemt R.
Koch L.
Kolcu O. B.
Kopf B.
Kuemmel M.
Kuessner M.
Kupsc A.
Kurth M. G.
Kuhn W.
Lane J. J.
Lange J. S.
Larin P.
Lavania A.
Lavezzi L.
Lei Z. H.
Leithoff H.
Lellmann M.
Lenz T.
Li C.
Li C. H.
Li C.
Li D. M.
Li F.
Li G.
Li H.
Li H.
Li H. B.
Li H. J.
Li J. L.
Li J. Q.
Li J. S.
Li K.
Li L. K.
Li L.
Li P. R.
Li S. Y.
Li W. D.
Li W. G.
Li X. H.
Li X. L.
Li X.
Li Z. Y.
Liang H.
Liang H.
Liang H.
Liang Y. F.
Liang Y. T.
Liao G. R.
Liao L. Z.
Libby J.
Lin C. X.
Liu B. J.
Liu C. X.
Liu D.
Liu F. H.
Liu F.
Liu F.
Liu H. B.
Liu H. M.
Liu H.
Liu H.
Liu J. B.
Liu J. L.
Liu J. Y.
Liu K.
Liu K. Y.
Liu K.
Liu L.
Liu M. H.
Liu P. L.
Liu Q.
Liu Q.
Liu S. B.
Liu S.
Liu T.
Liu W. M.
Liu X.
Liu Y.
Liu Y. B.
Liu Z. A.
Liu Z. Q.
Lou X. C.
Lu F. X.
Lu F. X.
Lu H. J.
Lu J. D.
Lu J. G.
Lu X. L.
Lu Y.
Lu Y. P.
Luo C. L.
Luo M. X.
Luo P. W.
Luo T.
Luo X. L.
Lusso S.
Lyu X. R.
Ma F. C.
Ma H. L.
Ma L. L.
Ma M. M.
Ma Q. M.
Ma R. Q.
Ma R. T.
Ma X. X.
Ma X. Y.
Maas F. E.
Maggiora M.
Maldaner S.
Malde S.
Malik Q. A.
Mangoni A.
Mao Y. J.
Mao Z. P.
Marcello S.
Meng Z. X.
Messchendorp J. G.
Mezzadri G.
Min T. J.
Mitchell R. E.
Mo X. H.
Mo Y. J.
Muchnoi N. Y.
Muramatsu H.
Nakhoul S.
Nefedov Y.
Nerling F.
Nikolaev I. B.
Ning Z.
Nisar S.
Olsen S. L.
Ouyang Q.
Pacetti S.
Pan X.
Pan Y.
Pathak A.
Patteri P.
Pelizaeus M.
Peng H. P.
Peters K.
Pettersson J.
Ping J. L.
Ping R. G.
Poling R.
Prasad V.
Qi H.
Qi H. R.
Qi K. H.
Qi M.
Qi T. Y.
Qi T. Y.
Qian S.
Qian W. B.
Qian Z.
Qiao C. F.
Qin L. Q.
Qin X. P.
Qin X. S.
Qin Z. H.
Qiu J. F.
Qu S. Q.
Rashid K. H.
Ravindran K.
Redmer C. F.
Rivetti A.
Rodin V.
Rolo M.
Rong G.
Rosner C.
Rump M.
Sang H. S.
Sarantsev A.
Schelhaas Y.
Schnier C.
Schoenning K.
Scodeggio M.
Shan D. C.
Shan W.
Shan X. Y.
Shangguan J. F.
Shao M.
Shen C. P.
Shen P. X.
Shen X. Y.
Shi H. C.
Shi R. S.
Shi X.
Shi X. D.
Song J. J.
Song W. M.
Song Y. X.
Sosio S.
Spataro S.
Su K. X.
Su P. P.
Sui F. F.
Sun G. X.
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Sun T.
Sun W. Y.
Sun W. Y.
Sun X.
Sun Y. J.
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Sun Y. Z.
Sun Z. T.
Tan Y. H.
Tan Y. X.
Tang C. J.
Tang G. Y.
Tang J.
Teng J. X.
Thoren V.
Tian W. H.
Uman I.
Wang B.
Wang C. W.
Wang D. Y.
Wang H. J.
Wang H. P.
Wang K.
Wang L. L.
Wang M.
Wang M. Z.
Wang M.
Wang W.
Wang W. H.
Wang W. P.
Wang X.
Wang X. F.
Wang X. L.
Wang Y.
Wang Y.
Wang Y. D.
Wang Y. F.
Wang Y. Q.
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Wang Z.
Wang Z. Y.
Wang Z.
Wang Z.
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Weidenkaff P.
Weidner F.
Wen S. P.
White D. J.
Wiedner U.
Wilkinson G.
Wolke M.
Wollenberg L.
Wu J. F.
Wu L. H.
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Wu X.
Wu Z.
Xia L.
Xiao H.
Xiao S. Y.
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Xie X. H.
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Xing T. Y.
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Yan F.
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Yan X.
Yang H. J.
Yang H. X.
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Yang Y. X.
Yang Y.
Yang Z.
Ye M.
Ye M. H.
Yin J. H.
You Z. Y.
Yu B. X.
Yu C. X.
Yu G.
Yu J. S.
Yu T.
Yuan C. Z.
Yuan L.
Yuan X. Q.
Yuan Y.
Yuan Z. Y.
Yue C. X.
Yuncu A.
Zafar A. A.
Zeng Y.
Zhang B. X.
Zhang G.
Zhang H.
Zhang H. H.
Zhang H. H.
Zhang H. Y.
Zhang J. J.
Zhang J. L.
Zhang J. Q.
Zhang J. W.
Zhang J. Y.
Zhang J. Z.
Zhang J.
Zhang J.
Zhang L. Q.
Zhang L.
Zhang S.
Zhang S. F.
Zhang S.
Zhang X. D.
Zhang X. Y.
Zhang Y.
Zhang Y. H.
Zhang Y. T.
Zhang Y.
Zhang Y.
Zhang Y.
Zhang Z. H.
Zhang Z. Y.
Zhao G.
Zhao J.
Zhao J. Y.
Zhao J. Z.
Zhao L.
Zhao L.
Zhao M. G.
Zhao Q.
Zhao S. J.
Zhao Y. B.
Zhao Y. X.
Zhao Z. G.
Zhemchugov A.
Zheng B.
Zheng J. P.
Zheng Y.
Zheng Y. H.
Zhong B.
Zhong C.
Zhou L. P.
Zhou Q.
Zhou X.
Zhou X. K.
Zhou X. R.
Zhu A. N.
Zhu J.
Zhu K.
Zhu K. J.
Zhu S. H.
Zhu T. J.
Zhu W. J.
Zhu W. J.
Zhu Y. C.
Zhu Z. A.
Zou B. S.
Zou J. H.

January 2021

Using the data samples collected in the energy range from 3.773 to 4.600 GeV with the BESIII detecto...

Cross sections for the reactions e+e−→K+K−π+π−(π0), K+K−K+K−(π0), π+π−π+π−(π0), p¯pπ+π−(π0) in the energy region between 3.773 and 4.600 GeV

Ablikim, M.
Adlarson, Patrik
Ikegami Andersson, Walter
Johansson, Tord
Kupsc, Andrzej
Pettersson, Joachim
Schönning, Karin
Thorén, Viktor
Wolke, Magnus
Zou, J. H.

January 2021

Using the data samples collected in the energy range from 3.773 to 4.600 GeV with the BESIII detecto...

Detailed structure of the reactions in pp→π+π- and pp→K+K- from 0.7 to 2.4 GeV/c

Nicholson, H.
Barish, B. C.
Pine, J.
Tollestrup, A. V.
Yoh, J. K.
Delorme, C.
Lobkowicz, F.
Melissinos, A. C.
Nagashima, Y.
Carroll, A. S.
Phillips, R. H.

September 1969

Differential cross sections for the reactions pp→π+π- and pp→K+K- have been measured in the angular ...

Detailed structure of the reactions in pp→π+π- and pp→K+K- from 0.7 to 2.4 GeV/c

Nicholson, H.
Barish, B. C.
Pine, J.
Tollestrup, A. V.
Yoh, J. K.
Delorme, C.
Lobkowicz, F.
Melissinos, A. C.
Nagashima, Y.
Carroll, A. S.
Phillips, R. H.

September 1969

Differential cross sections for the reactions pp→π+π- and pp→K+K- have been measured in the angular ...

on Meson-Nucleon Physics and the Structure of the Nucleon

January 2007

The determined pp and p−meson invariant mass distributions for pp → ppη and pp → ppη ′ reactions are...

Cross section determination for the reaction K+p → K+pπ+π-π0 and K+π+π+π-n at 8.2 and 16 GeV/c

Abstract

Extracted data

Cross section determination for the reaction K+p → K+pπ+π-π0 and K+π+π+π-n at 8.2 and 16 GeV/c

Abstract

Extracted data

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