H. Kr
Max Planck Society
2 Papers
2 Citations
H. Kr is an academic researcher from Max Planck Society. The author has contributed to research in topics: Polarization (waves) & Meson. The author has an hindex of 2, co-authored 2 publications.
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Papers
Polarization of ⁄ 0 and ⁄ 0 inclusively produced by 610GeV=c § ¡ and 525GeV=c proton beams
Jürgen Engelfried,Ugur Akgun,G. Alkhazov,J. Amaro-Reyes,A. Blanco-Covarrubias,U. Dersch,R. M. Edelstein,L. Emediato,I. Eschrich,N. Estrada,A. Flores-Castillo,M. Gaspero,I. Giller,M. Iori,Mehmet Kaya,J. Kilmer,I. Konorov,H. Kr,A. Kushnirenko,Simon Kwan,J. Lach,A. Lamberto,I. Larin,M. Luksys,T. Lungov,D. Mao,Mao Chensheng,Mao Zhenlin,P. Mathew,M. E. Mattson,V. Matveev,E. McCliment,A. Morelos,C. R. Newsom,A. Ocherashvili,Yasar Onel,E. Ozel,Suat Ozkorucuklu,A. Penzo,P. Pogodin,M. Procario,E. J. Ramberg,James Russ,P. Schiavon,J. Simon,D. Skow,M. Srivastava,V. Steiner,V. Stepanov,L. Stutte,M. Svoiski,I. Torres,E. Vázquez-Jáuregui,K. Vorwalter,Zhao Wenheng,Zheng Shuchen,R. Zukanovich-Funchal +56 more
- 01 Jan 2007
TL;DR: In this article, the authors present a survey of the state-of-the-art work in the field of human-computer interaction and propose a set of guidelines for the use of human beings in the context of artificial neural networks.
Radiative decay width of the a2(1320)− meson
V. V. Molchanov,G. Alkhazov,A.G. Atamantchouk,M.Y. Balatz,Nikolay Bondar,D. Casey,P. S. Cooper,L. J. Dauwe,G.V. Davidenko,U. Dersch,A.G. Dolgolenko,G. B. Dzyubenko,R. M. Edelstein,L. Emediato,A. M. F. Endler,Jürgen Engelfried,Jürgen Engelfried,I. Eschrich,C.O. Escobar,A. V. Evdokimov,Thomas Ferbel,I.S. Filimonov,F. G. Garcia,F. G. Garcia,M. Gaspero,I. Giller,Victor Golovtsov,P. Gouffon,C. Hammer,Kangling He,M. Iori,S. Y. Jun,Mithat Kaya,J. Kilmer,Victor Kim,L. M. Kochenda,I. Konorov,A. P. Kozhevnikov,A. G. Krivshich,H. Kr,M. A. Kubantsev,V. P. Kubarovsky,A. I. Kulyavtsev,A. I. Kulyavtsev,N. P. Kuropatkin,N. P. Kuropatkin,V. F. Kurshetsov,A. Kushnirenko,Simon Kwan,J. Lach,A. Lamberto,L.G. Landsberg,I. Larin,E. M. Leikin,Yunshan Li,M. Luksys,T. Lungov,V. P. Maleev,D. Mao,Chensheng Mao,Zhenlin Mao,P. Mathew,M. Mattson,Viktor Matveev,E. McCliment,Murray Moinester,A. Morelos,V. A. Mukhin,K. D. Nelson,A.V Nemitkin,P. V. Neoustroev,C. R. Newsom,A. P. Nilov,S. B. Nurushev,A. Ocherashvili,Yasar Onel,E. Ozel,Suat Ozkorucuklu,Aldo Penzo,S. V. Petrenko,P. Pogodin,M. Procario,V. A. Prutskoi,Erik Ramberg,G. F. Rappazzo,B. V. Razmyslovich,V. I. Rud,James Russ,P. Schiavon,J. Simon,A. I. Sitnikov,D. Skow,Patrick Slattery,Vincent J Smith,M. Srivastava,V. Steiner,V. Stepanov,L. Stutte,M. Svoiski,Nikolay Terentyev,Nikolay Terentyev,G. P. Thomas,Lev Uvarov,Andrey Vasiliev,D. V. Vavilov,V. S. Verebryusov,V. A. Victorov,V. E. Vishnyakov,A. A. Vorobyov,K. Vorwalter,J. M. You,J. M. You,Wenheng Zhao,Shuchen Zheng,Z. H. Zhu,M. Zielinski,R. Zukanovich +116 more
TL;DR: In this article, the a2(1320) meson signal has been detected in the Coulomb (low q2) region, and the Primakoff formalism used to extract radiative decay width of this meson yields Γ=284±25±25keV, which is the most precise measurement to date.