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A study of an active steering bogie system for the curve negotiation on a sharp curved track

Autor: H. M. Hur, T. W. Park, K. S. Sim, M. J. Kim

Publikováno v: WIT Transactions on The Built Environment.

In this paper, analysis for reducing lateral forces is implemented by using a railway vehicle model on a sharp curved track. Also, in order to minimize some problems when a railway vehicle runs on a sharp curved track, an active-steering bogie system

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::87f653accd23be434971673deac4a57d
https://doi.org/10.2495/cr140751

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Saturation of azimuthal anisotropy in Au + Au collisions at (square root)s(NN) = 62-200 GeV

Autor: S S, Adler, S, Afanasiev, C, Aidala, N N, Ajitanand, Y, Akiba, A, Al-Jamel, J, Alexander, R, Amirikas, K, Aoki, L, Aphecetche, R, Armendariz, S H, Aronson, R, Averbeck, T C, Awes, B, Azmoun, R, Azmoun, V, Babintsev, A, Baldisseri, K N, Barish, P D, Barnes, B, Bassalleck, S, Bathe, S, Batsouli, V, Baublis, F, Bauer, A, Bazilevsky, S, Belikov, R, Bennett, Y, Berdnikov, S, Bhagavatula, M T, Bjorndal, J G, Boissevain, H, Borel, S, Borenstein, K, Boyle, M L, Brooks, D S, Brown, N, Bruner, D, Bucher, H, Buesching, V, Bumazhnov, G, Bunce, J M, Burward-Hoy, S, Butsyk, X, Camard, S, Campbell, J-S, Chai, P, Chand, W C, Chang, S, Chernichenko, C Y, Chi, J, Chiba, M, Chiu, I J, Choi, J, Choi, R K, Choudhury, T, Chujo, V, Cianciolo, C R, Cleven, Y, Cobigo, B A, Cole, M P, Comets, P, Constantin, M, Csanád, T, Csörgo, D, d'Enterria, T, Dahms, K, Das, G, David, H, Delagrange, A, Denisov, A, Deshpande, E J, Desmond, A, Devismes, O, Dietzsch, A, Dion, J L, Drachenberg, O, Drapier, A, Drees, K A, Drees, A K, Dubey, R, du Rietz, A, Durum, D, Dutta, V, Dzhordzhadze, Y V, Efremenko, J, Egdemir, K, El Chenawi, A, Enokizono, H, En'yo, B, Espagnon, S, Esumi, L, Ewell, D E, Fields, F, Fleuret, S L, Fokin, B, Forestier, B D, Fox, Z, Fraenkel, J E, Frantz, A, Franz, A D, Frawley, Y, Fukao, S-Y, Fung, S, Gadrat, S, Garpman, F, Gastineau, M, Germain, T K, Ghosh, A, Glenn, G, Gogiberidze, M, Gonin, J, Gosset, Y, Goto, R, Granier de Cassagnac, N, Grau, S V, Greene, M Grosse, Perdekamp, T, Gunji, W, Guryn, H-A, Gustafsson, T, Hachiya, A Hadj, Henni, J S, Haggerty, M N, Hagiwara, H, Hamagaki, A G, Hansen, H, Harada, E P, Hartouni, K, Haruna, M, Harvey, E, Haslum, K, Hasuko, R, Hayano, N, Hayashi, X, He, M, Heffner, T K, Hemmick, J M, Heuser, M, Hibino, H, Hiejima, J C, Hill, R, Hobbs, M, Holmes, W, Holzmann, K, Homma, B, Hong, A, Hoover, T, Horaguchi, H M, Hur, T, Ichihara, V V, Ikonnikov, K, Imai, M, Inaba, D, Isenhower, L, Isenhower, M, Ishihara, T, Isobe, M, Issah, A, Isupov, B V, Jacak, W Y, Jang, Y, Jeong, J, Jia, J, Jin, O, Jinnouchi, B M, Johnson, S C, Johnson, K S, Joo, D, Jouan, F, Kajihara, S, Kametani, N, Kamihara, M, Kaneta, J H, Kang, S S, Kapoor, K, Katou, T, Kawagishi, A V, Kazantsev, S, Kelly, B, Khachaturov, A, Khanzadeev, J, Kikuchi, D H, Kim, D J, Kim, D W, Kim, E, Kim, G-B, Kim, H J, Kim, Y-S, Kim, E, Kinney, W W, Kinnison, A, Kiss, E, Kistenev, A, Kiyomichi, K, Kiyoyama, C, Klein-Boesing, H, Kobayashi, L, Kochenda, V, Kochetkov, D, Koehler, T, Kohama, B, Komkov, M, Konno, M, Kopytine, D, Kotchetkov, A, Kozlov, P J, Kroon, C H, Kuberg, G J, Kunde, N, Kurihara, K, Kurita, Y, Kuroki, M J, Kweon, Y, Kwon, G S, Kyle, R, Lacey, V, Ladygin, J G, Lajoie, Y, Le Bornec, A, Lebedev, S, Leckey, D M, Lee, M K, Lee, S, Lee, M J, Leitch, M A L, Leite, X H, Li, H, Lim, A, Litvinenko, M X, Liu, Y, Liu, C F, Maguire, Y I, Makdisi, A, Malakhov, M D, Malik, V I, Manko, Y, Mao, G, Martinez, M D, Marx, H, Masui, F, Matathias, T, Matsumoto, M C, McCain, P L, McGaughey, E, Melnikov, F, Messer, Y, Miake, J, Milan, T E, Miller, A, Milov, S, Mioduszewski, R E, Mischke, G C, Mishra, J T, Mitchell, A K, Mohanty, D P, Morrison, J M, Moss, T V, Moukhanova, F, Mühlbacher, D, Mukhopadhyay, M, Muniruzzaman, J, Murata, S, Nagamiya, Y, Nagata, J L, Nagle, M, Naglis, T, Nakamura, B K, Nandi, M, Nara, J, Newby, M, Nguyen, P, Nilsson, B, Norman, A S, Nyanin, J, Nystrand, E, O'Brien, C A, Ogilvie, H, Ohnishi, I D, Ojha, H, Okada, K, Okada, O O, Omiwade, M, Ono, V, Onuchin, A, Oskarsson, I, Otterlund, K, Oyama, K, Ozawa, D, Pal, A P T, Palounek, V, Pantuev, V, Papavassiliou, J, Park, W J, Park, A, Parmar, S F, Pate, H, Pei, T, Peitzmann, J-C, Peng, H, Pereira, V, Peresedov, D Yu, Peressounko, C, Pinkenburg, R P, Pisani, F, Plasil, M L, Purschke, A K, Purwar, H, Qu, J, Rak, I, Ravinovich, K F, Read, M, Reuter, K, Reygers, V, Riabov, Y, Riabov, G, Roche, A, Romana, M, Rosati, S S E, Rosendahl, P, Rosnet, P, Rukoyatkin, V L, Rykov, S S, Ryu, M E, Sadler, B, Sahlmueller, N, Saito, T, Sakaguchi, M, Sakai, S, Sakai, V, Samsonov, L, Sanfratello, R, Santo, H D, Sato, S, Sato, S, Sawada, Y, Schutz, V, Semenov, R, Seto, D, Sharma, M R, Shaw, T K, Shea, I, Shein, T-A, Shibata, K, Shigaki, T, Shiina, M, Shimomura, T, Shohjoh, K, Shoji, A, Sickles, C L, Silva, D, Silvermyr, K S, Sim, J, Simon-Gillo, C P, Singh, V, Singh, M, Sivertz, S, Skutnik, W C, Smith, A, Soldatov, R A, Soltz, W E, Sondheim, S P, Sorensen, I V, Sourikova, F, Staley, P W, Stankus, E, Stenlund, M, Stepanov, A, Ster, S P, Stoll, T, Sugitate, C, Suire, J P, Sullivan, J, Sziklai, T, Tabaru, S, Takagi, E M, Takagui, A, Taketani, M, Tamai, K H, Tanaka, Y, Tanaka, K, Tanida, M J, Tannenbaum, A, Taranenko, P, Tarján, J D, Tepe, T L, Thomas, M, Togawa, J, Tojo, H, Torii, R S, Towell, V-N, Tram, I, Tserruya, Y, Tsuchimoto, H, Tsuruoka, S K, Tuli, H, Tydesjö, N, Tyurin, H, Valle, H W, van Hecke, J, Velkovska, M, Velkovsky, R, Vertesi, V, Veszprémi, L, Villatte, A A, Vinogradov, M A, Volkov, E, Vznuzdaev, M, Wagner, X R, Wang, Y, Watanabe, J, Wessels, S N, White, N, Willis, D, Winter, F K, Wohn, C L, Woody, M, Wysocki, W, Xie, Y, Yang, A, Yanovich, S, Yokkaichi, G R, Young, I, Younus, I E, Yushmanov, W A, Zajc, O, Zaudkte, C, Zhang, S, Zhou, S J, Zhou, J, Zimányi, L, Zolin

Publikováno v: Physical review letters. 94(23)

New measurements are presented for charged hadron azimuthal correlations at midrapidity in Au+Au collisions at (square root)s(NN) = 62.4 and 200 GeV. They are compared to earlier measurements obtained at (square root)s(NN) = 130 GeV and in Pb + Pb co

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=pmid________::bb71bb542be7dfcd68fd3fce6c728a28
https://pubmed.ncbi.nlm.nih.gov/16090463

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