174 research outputs found
P and Ca digestibility is increased in broiler diets supplemented with the high-phytase HIGHPHY wheat
- Author
- Publication venue
- 'Cambridge University Press (CUP)'
- Publication date
- 01/01/2017
- Field of study
Around 70% of total seed phosphorus is represented by phytate which must be hydrolysed to be bioavailable in non-ruminant diets. The limited endogenous phytase activity in non-ruminant animals make it common practice to add an exogenous phytase source to most poultry and pig feeds. The mature grain phytase activity (MGPA) of cereal seeds provides a route for the seeds themselves to contribute to phytate digestion, but MGPA varies considerably between species and most varieties in current use make negligible contributions. Currently, all phytases used for feed supplementation and transgenic improvement of MGPA are derived from microbial enzymes belonging to the group of histidine acid phosphatases (HAP). Cereals contain HAP phytases, but the bulk of MGPA can be attributed to phytases belonging to a completely different group of phosphatases, the purple acid phosphatases (PAPhy). In recent years, increased MGPAs were achieved in cisgenic barley holding extra copies of barley PAPhy and in the wheat HIGHPHY mutant, where MGPA was increased to ~6200 FTU/kg. In the present study, the effect of replacing 33%, 66% and 100% of a standard wheat with HIGHPHY wheat was compared with a control diet with and without 500 FTU of supplemental phytase. Diets were compared by evaluating broiler performance, ileal Ca and P digestibility and tibia development, using nine replicate pens of four birds per diet over 3 weeks from hatch. There were no differences between treatments in any tibia or bird performance parameters, indicating the control diet did not contain sufficiently low levels of phosphorus to distinguish effect of phytase addition. However, in a comparison of the two wheats, the ileal Ca and P digestibility coefficients for the 100% HIGHPHY wheat diets are 22.9% and 35.6% higher, respectively, than for the control diet, indicating the wheat PAPhy is functional in the broiler digestive tract. Furthermore, 33% HIGHPHY replacement of conventional wheat, significantly improved Ca and P digestibility over the diet-supplemented exogenous phytase, probably due to the higher phytase activity in the HIGHPHY diet (1804 v. 1150 FTU). Full replacement by HIGHPHY gave 14.6% and 22.8% higher ileal digestibility coefficients for Ca and P, respectively, than for feed supplemented with exogenous HAP phytase at 500 FTU. This indicates that in planta wheat PAPhys has promising potential for improving P and mineral digestibility in animal feed
Single Spin Asymmetry ANâ in Polarized Proton-Proton Elastic Scattering at sâ=200 GeV
- Author
- A. Banerjee
- A. Bhasin
- A. Chikanian
- A. Davila Leyva
- A. Dion
- A. Gibson
- A. Hamed
- A. Hirsch
- A. Kechechyan
- A. Kesich
- A. Kisiel
- A. Lebedev
- A. Luszczak
- A. Ogawa
- A. Ohlson
- A. Sandacz
- A. Sarkar
- A. Szanto de Toledo
- A. Vossen
- A.A.P. Suaide
- A.H. Tang
- A.K. Bhati
- A.M. Poskanzer
- A.M. Schmah
- A.R. Timmins
- A.V. Alakhverdyants
- A.V. Brandin
- Ackermann
- Akchurin
- Alekseev
- Alekseev
- B. Haag
- B. Huang
- B. Mohanty
- B. Morozov
- B. Pawlik
- B. Schmidke
- B. Sharma
- B. Srivastava
- B. Stringfellow
- B. Surrow
- B.A. Trzeciak
- B.K. Nandi
- B.S. Page
- Barone
- Bazilevsky
- Bourrely
- Bourrely
- Bourrely
- Buttimore
- Buttimore
- BĂŒltmann
- BĂŒltmann
- BĂŒltmann
- BĂŒltmann
- C. Jena
- C. Li
- C. Markert
- C. Perkins
- C. Pruneau
- C. Whitten
- C. Zhong
- C.A. Gagliardi
- C.B. Powell
- C.D. Anson
- C.K. Riley
- C.M. Du
- D. Arkhipkin
- D. Cebra
- D. Grosnick
- D. Keane
- D. McDonald
- D. Olson
- D. Plyku
- D. Smirnov
- D. Solanki
- D. Thein
- D. Tlusty
- D.D. Koetke
- D.G. Underwood
- D.J. Hofman
- D.M.M.D. Madagodagettige Don
- D.N. Svirida
- D.P. Kikola
- D.P. Mahapatra
- D.R. Beavis
- D.R. Gangadharan
- Donnachie
- E. Aschenauer
- E. Bruna
- E. Finch
- E. Sangaline
- E. Shahaliev
- E.G. Judd
- E.P. Sichtermann
- E.W. Oldag
- F. Ding
- F. Geurts
- F. Liu
- F. VidebĂŠk
- F. Wang
- F. Zhao
- G. Agakishiev
- G. Eppley
- G. Igo
- G. Odyniec
- G. Van Buren
- G. van Nieuwenhuizen
- G. Wang
- G. Webb
- G.D. Westfall
- G.L. Ma
- G.M.S. Vasconcelos
- G.S. Averichev
- G.W. Hoffmann
- H. Bichsel
- H. Caines
- H. Masui
- H. Pei
- H. Qiu
- H. Wang
- H. Wieman
- H. Xu
- H. Zbroszczyk
- H.F. Chen
- H.G. Ritter
- H.J. Crawford
- H.M. Spinka
- H.S. Matis
- H.W. Ke
- H.Z. Huang
- I. Alekseev
- I. Bunzarov
- I. Kisel
- I. Koralt
- I. Kulakov
- I. Sakrejda
- I.-K. Yoo
- I.G. Bordyuzhin
- J. Alford
- J. Balewski
- J. Bielcik
- J. Bielcikova
- J. Bouchet
- J. Butterworth
- J. Cheng
- J. Chwastowski
- J. Deng
- J. Engelage
- J. Fedorisin
- J. Kapitan
- J. Kiryluk
- J. Konzer
- J. Lauret
- J. Novak
- J. Pluta
- J. Porter
- J. Putschke
- J. Rusnak
- J. Sandweiss
- J. Schambach
- J. Seele
- J. Seger
- J. Takahashi
- J. Tian
- J. Turnau
- J. Zhao
- J.A. Vanfossen
- J.B. Roberts
- J.B. Zhang
- J.C. Dunlop
- J.C. Webb
- J.E. Draper
- J.F. Ross
- J.G. Cramer
- J.H. Chen
- J.H. Lee
- J.H. Thomas
- J.L. Drachenberg
- J.L. Romero
- J.M. Landgraf
- J.M. Nelson
- J.P. Hays-Wehle
- J.R. Stevens
- J.S. Wang
- J.W. Harris
- J.Y. Chen
- Jinnouchi
- K. Kang
- K. Kauder
- K. Krueger
- K. Oh
- K. Xin
- K. Yip
- Kopeliovich
- L. Adamczyk
- L. Chen
- L. Didenko
- L. Eun
- L. Huo
- L. Koroleva
- L. Kotchenda
- L. Kumar
- L. Li
- L. Ruan
- L. Xue
- L.-X. Han
- L.C. Bland
- L.C. De Silva
- L.E. Dunkelberger
- L.G. Efimov
- L.H. Tarini
- L.M. Lima
- L.V. Nogach
- Leader
- M. CalderĂłn de la Barca SĂĄnchez
- M. Cherney
- M. Elnimr
- M. Naglis
- M. Pachr
- M. Planinic
- M. Przybycien
- M. Shao
- M. Sharma
- M. Strikhanov
- M. Sumbera
- M. Tokarev
- M. Wada
- M. Zawisza
- M. Zyzak
- M.A. Lisa
- M.A.C. Lamont
- M.C. Cervantes
- M.C. Suarez
- M.G. Munhoz
- M.J. Betancourt
- M.J. LeVine
- M.J. Skoby
- M.J.M. Codrington
- M.K. Mitrovski
- M.K. Mustafa
- M.M. Aggarwal
- M.M. Mondal
- Md. Nasim
- N. Poljak
- N. Schmitz
- N. Shah
- N. Smirnov
- N. Xu
- N.K. Pruthi
- N.R. Sahoo
- O. Evdokimov
- O. Hajkova
- O.D. Tsai
- O.G. Grebenyuk
- O.I. Mall
- O.V. Rogachevskiy
- Ohlsen
- Okada
- P. Chaloupka
- P. Chung
- P. Djawotho
- P. Filip
- P. Huck
- P. Kravtsov
- P. Ostrowski
- P. Pile
- P. Seyboth
- P. Sorensen
- P. Tribedy
- P. Yepes
- P.K. Sahu
- P.R. Pujahari
- Pumplin
- Q. Wang
- Q.H. Xu
- Q.Y. Shou
- R. Bellwied
- R. Cendejas
- R. Corliss
- R. Derradi de Souza
- R. Fatemi
- R. Lednicky
- R. Majka
- R. Raniwala
- R. Redwine
- R. Reed
- R. Stock
- R. Varma
- R. Witt
- R.A.N. Oliveira
- R.E. Tribble
- R.G. Fersch
- R.L. Ray
- R.N. Singaraju
- R.P. Scharenberg
- R.R. Betts
- R.R. Debbe
- R.S. Longacre
- Ryskin
- S. BĂŒltmann
- S. Chattopadhyay
- S. Das
- S. Dhamija
- S. Fazio
- S. Gliske
- S. Gupta
- S. Heppelmann
- S. Horvat
- S. Kabana
- S. LaPointe
- S. Margetis
- S. Mioduszewski
- S. Raniwala
- S. Salur
- S. Trentalange
- S. Vokal
- S. Zhang
- S.A. Voloshin
- S.G. Brovko
- S.G. Steadman
- S.K. Pal
- S.R. Klein
- S.S. Shi
- S.W. Wissink
- T. Kollegger
- T. Ljubicic
- T. Pawlak
- T. Tarnowsky
- T. Ullrich
- T.D.S. Stanislaus
- T.G. Dedovich
- T.J. Humanic
- T.J.M. Symons
- T.K. Nayak
- T.P. Burton
- T.R. Schuster
- T.S. McShane
- Tojo
- Trueman
- Trueman
- Trueman
- U.G. deSouza
- V. Kizka
- V. Okorokov
- W. Borowski
- W. Christie
- W. Guryn
- W. Korsch
- W. Leight
- W. Li
- W. Peryt
- W. Witzke
- W. Xie
- W. Xu
- W.J. Llope
- W.W. Jacobs
- X. Cui
- X. Dong
- X. Li
- X. Li
- X. Luo
- X. Zhu
- X.L. Wang
- X.M. Sun
- X.P. Zhang
- X.Z. Cai
- Y. Fisyak
- Y. Li
- Y. Lu
- Y. Mohammed
- Y. Pandit
- Y. Panebratsev
- Y. Sun
- Y. Wang
- Y. Xu
- Y. Yang
- Y. Yang
- Y. Yi
- Y. Zhang
- Y. Zoulkarneeva
- Y.F. Wu
- Y.G. Ma
- Y.H. Zhu
- Y.N. Gorbunov
- Y.P. Viyogi
- Y.X. Pan
- Z. Ahammed
- Z. Barnovska
- Z. Chang
- Z. Sun
- Z. Tang
- Z. Xiao
- Z. Xu
- Z.M. Li
- Z.P. Zhang
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/2013
- Field of study
We report a high precision measurement of the transverse single spin
asymmetry ANâ at the center of mass energy sâ=200 GeV in elastic
proton-proton scattering by the STAR experiment at RHIC. The ANâ was measured
in the four-momentum transfer squared t range 0.003â©œâŁtâŁâ©œ0.035 \GeVcSq, the region of a significant interference between the
electromagnetic and hadronic scattering amplitudes. The measured values of
ANâ and its t-dependence are consistent with a vanishing hadronic spin-flip
amplitude, thus providing strong constraints on the ratio of the single
spin-flip to the non-flip amplitudes. Since the hadronic amplitude is dominated
by the Pomeron amplitude at this sâ, we conclude that this measurement
addresses the question about the presence of a hadronic spin flip due to the
Pomeron exchange in polarized proton-proton elastic scattering.Comment: 12 pages, 6 figure
Density functional theory based screening of ternary alkali-transition metal borohydrides: A computational material design project
- Author
- Adamska L.
- Ande C.K.
- Andersin J.
- Baran J.D.
- Barmparis G.D.
- Bell F.
- Benzanilla A.L.
- Bjork J,
- Björketun MÄrten
- Bleken F.
- Bligaard Thomas
- Bork Nicolai Christian
- Buchter F.
- Burton P.D.
- Buus Bjarke Brink
- BĂŒrkle M.
- Calborean A.
- Calle Vallejo Federico
- Casolo S.
- Chandler B.
- Chi D.H.
- Czekaj I.
- Datta S.
- Datye A.
- DeLaRiva A.
- Despoja V.
- Dobrin Sergey
- Dulak Marcin
- Engelund Mads
- Ferrighi L
- Frondelius P.
- Fu Q.
- Fuentes A.
- FĂŒrst Joachim Alexander
- Garcia-Fuente A.
- Gavnholt Jeppe
- Goeke R.
- Gudmundsdottir S.
- Hammond K.D.
- Hansen Heine Anton
- Hibbitts D.
- Howalt Jakob Geelmuyden
- Hruby S. L.
- HummelshĂžj Jens Strabo
- Huth A.
- Isaeva L.
- Jacobsen Karsten Wedel
- Jelic J.
- Jensen I.J.T.
- Jensen Mogens O Stibius
- Jiang Tao
- Junior E.H.
- Kacprzak K.A.
- Kelkkanen Kari André
- Kelsey D.
- Kesanakurthi D.S.
- Kleis Jesper
- KlĂŒpfel P.J.
- Konstantinov I.
- Korytar R.
- Koskinen P.
- Kunkes E.
- Landis David
- Larsen Ask Hjorth
- Lastra J.M.G.
- Lin H.
- Lopez-Acevedo O.
- Mantega M.
- Martinez Jose Ignacio
- Mesa I.N.
- Mortensen Jens JĂžrgen
- Mowbray Duncan
- MĂœrdal J.S.G.
- Natanzon Y.
- Nistor A.
- NĂžrskov Jens Kehlet
- Olsen Thomas
- Park H.
- Pedersen Jess Wellendorff
- Pedroza L.S.
- Petzold Vivien Gabriele
- Plaisance C.
- Rasmussen J.A.
- Ren H.
- Rizzi M.
- Ronco A.S.
- Rossmeisl Jan
- Rostgaard Carsten
- Saadi Souheil
- Salguero L.A.
- Santos E.J.G.
- Schoenhalz A.L.
- Shen Juan
- Smedemand M.
- Stausholm-MĂžller O.J.
- Strange Mikkel
- Su H.B.
- Tekin Adem
- Temel B.
- Thygesen Kristian Sommer
- Toftelund Anja
- Tripkovic Vladimir
- Vanin Marco
- Vegge Tejs
- Viswanathan V.
- Vojvodic Aleksandra
- Voss Johannes
- Wang Shengguang
- Publication venue
- 'AIP Publishing'
- Publication date
- 01/01/2009
- Field of study
The dissociation of molecules, even the most simple hydrogen molecule, cannot be described accurately within density functional theory because none of the currently available functionals accounts for strong on-site correlation. This problem led to a discussion of properties that the local Kohn-Sham potential has to satisfy in order to correctly describe strongly correlated systems. We derive an analytic expression for the nontrivial form of the Kohn-Sham potential in between the two fragments for the dissociation of a single bond. We show that the numerical calculations for a one-dimensional two-electron model system indeed approach and reach this limit. It is shown that the functional form of the potential is universal, i.e., independent of the details of the two fragments.We acknowledge funding by the Spanish MEC (Grant No. FIS2007-65702-C02-01), âGrupos Consolidados UPV/EHU del Gobierno Vascoâ (Grant No. IT-319-07), and the European Community through e-I3 ETSF project (Grant Agreement No. 211956).Peer reviewe
Density functional theory based screening of ternary alkali-transition metal borohydrides: A computational material design project
- Author
- Adamska L.
- Ande C.K.
- Andersin J.
- Baran J.D.
- Barmparis G.D.
- Bell F.
- Benzanilla A.L.
- Bjork J,
- Björketun MÄrten
- Bleken F.
- Bligaard Thomas
- Bork Nicolai Christian
- Buchter F.
- Burton P.D.
- Buus Bjarke Brink
- BĂŒrkle M.
- Calborean A.
- Calle Vallejo Federico
- Casolo S.
- Chandler B.
- Chi D.H.
- Czekaj I.
- Datta S.
- Datye A.
- DeLaRiva A.
- Despoja V.
- Dobrin Sergey
- Dulak Marcin
- Engelund Mads
- Ferrighi L
- Frondelius P.
- Fu Q.
- Fuentes A.
- FĂŒrst Joachim Alexander
- Garcia-Fuente A.
- Gavnholt Jeppe
- Goeke R.
- Gudmundsdottir S.
- Hammond K.D.
- Hansen Heine Anton
- Hibbitts D.
- Howalt Jakob Geelmuyden
- Hruby S. L.
- HummelshĂžj Jens Strabo
- Huth A.
- Isaeva L.
- Jacobsen Karsten Wedel
- Jelic J.
- Jensen I.J.T.
- Jensen Mogens O Stibius
- Jiang Tao
- Junior E.H.
- Kacprzak K.A.
- Kelkkanen Kari André
- Kelsey D.
- Kesanakurthi D.S.
- Kleis Jesper
- KlĂŒpfel P.J.
- Konstantinov I.
- Korytar R.
- Koskinen P.
- Kunkes E.
- Landis David
- Larsen Ask Hjorth
- Lastra J.M.G.
- Lin H.
- Lopez-Acevedo O.
- Mantega M.
- Martinez Jose Ignacio
- Mesa I.N.
- Mortensen Jens JĂžrgen
- Mowbray Duncan
- MĂœrdal J.S.G.
- Natanzon Y.
- Nistor A.
- NĂžrskov Jens Kehlet
- Olsen Thomas
- Park H.
- Pedersen Jess Wellendorff
- Pedroza L.S.
- Petzold Vivien Gabriele
- Plaisance C.
- Rasmussen J.A.
- Ren H.
- Rizzi M.
- Ronco A.S.
- Rossmeisl Jan
- Rostgaard Carsten
- Saadi Souheil
- Salguero L.A.
- Santos E.J.G.
- Schoenhalz A.L.
- Shen Juan
- Smedemand M.
- Stausholm-MĂžller O.J.
- Strange Mikkel
- Su H.B.
- Tekin Adem
- Temel B.
- Thygesen Kristian Sommer
- Toftelund Anja
- Tripkovic Vladimir
- Vanin Marco
- Vegge Tejs
- Viswanathan V.
- Vojvodic Aleksandra
- Voss Johannes
- Wang Shengguang
- Publication venue
- Publication date
- 01/01/2009
- Field of study
Search for astrophysical electron antineutrinos in Super-Kamiokande with 0.01wt% gadolinium-loaded water
- Author
- Abe K.
- Akutsu R.
- Ali A.
- Anthony L.H.V.
- Barr G.
- Barrow D.
- BeauchĂȘne A.
- Berardi V.
- Bhuiyan N.
- Bian J.
- Bodur B.
- Boyd S.B.
- Bronner C.
- Burton G.T.
- Calabria N.F.
- Cao S.
- Catanesi M.G.
- Chen S.
- Choi K.
- Collazuol G.
- Cook L.
- de Perio P.
- De Rosa G.
- Di Lodovico F.
- Drapier O.
- Edwards R.
- Fannon J.E.P.
- Feng J.
- Feng L.
- Fernandez P.
- Friend M.
- Fujisawa C.
- Fukuda Y.
- Gao J.
- Gaur R.
- Giampaolo A.
- Goldsack A.
- Gonin M.
- Gousy-Leblanc V.
- Griskevich N.J.
- Hadley D.
- Han S.
- Harada M.
- Hartz M.
- Hasegawa T.
- Hayato Y.
- Hill J.
- Hino Y.
- Hiraide K.
- Holin A.
- Hosokawa K.
- Hu J.R.
- Hu Z.
- Iacob F.
- Ichikawa A.K.
- Ieki K.
- Ikeda M.
- Iovine N.
- Ishida T.
- Ishino H.
- Ishitsuka M.
- Ishizuka T.
- Ito H.
- Itow Y.
- Izumiyama S.
- Jakkapu M.
- Jamieson B.
- Jang J.S.
- Jenkins S.J.
- Jia M.
- Jiang J.
- Jung C.K.
- Kajita T.
- Kameda J.
- Kanemura Y.
- Kaneshima R.
- Kashiwagi Y.
- Kataoka Y.
- Katori T.
- Kearns E.
- Kikawa T.
- Kim S.B.
- Kinoshita T.
- Kitagawa H.
- Kneale L.
- Kobayashi T.
- Konaka A.
- Koshio Y.
- Kotsar Y.
- Kuze M.
- Kwon E.
- Labarga L.
- Lagoda J.
- Lakshmi S.M.
- Lamoureux M.
- Langella A.
- Learned J.G.
- Lee S.H.
- Li X.
- Locke S.
- Ludovici L.
- Machado L.N.
- Maekawa Y.
- Malek M.
- Mandal M.
- Martens K.
- Marti L.
- Martin D.
- Martin J.F.
- Matsubara T.
- Matsumoto R.
- Matsumoto R.
- Mattiazzi M.
- McCauley N.
- McElwee J.M.
- Megias G.D.
- Mehta P.
- Menjo H.
- Migenda J.
- Mijakowski P.
- Miki S.
- Minamino A.
- Mine S.
- Miura M.
- Moon D.H.
- Mori M.
- Moriyama S.
- Mueller T.A.
- Nakadaira T.
- Nakagiri K.
- Nakahata M.
- Nakajima Y.
- Nakamura K.
- Nakamura K.D.
- Nakamura T.
- Nakanishi F.
- Nakano Y.
- Nakaya T.
- Nakayama S.
- Nicholson M.
- Ninomiya K.
- Nishijima K.
- Nishimura Y.
- Noguchi Y.
- Nova F.
- Okamoto K.
- Okazaki R.
- Okazawa H.
- Okumura K.
- Ommura Y.
- Ospina N.
- Oyama Y.
- Ozaki H.
- OâFlaherty M.
- Paganini P.
- Park R.G.
- Pintaudi G.
- Pointon B.W.
- Posiadala-Zezula M.
- Prabhu Y.S.
- Pronost G.
- Prouse N.W.
- Quilain B.
- Raaf J.L.
- Radicioni E.
- Richards B.
- Sakai S.
- Sakashita K.
- Samani S.
- Sano S.
- Santos A.D.
- Sato K.
- Scholberg K.
- Scott M.
- Sekiguchi T.
- Sekiya H.
- Seo J.W.
- Shiba H.
- Shigeta N.
- Shima S.
- Shimizu K.
- Shinoki M.
- Shiozawa M.
- Smy M.B.
- Sobel H.W.
- Sonoda Y.
- Suganuma T.
- Suzuki A.T.
- Suzuki S.
- Suzuki Y.
- Sztuc A.A.
- Tada T.
- Tairafune S.
- Takagi Y.
- Takeda A.
- Takemoto Y.
- Takenaka A.
- Takeuchi Y.
- Takhistov V.
- Tanaka H.
- Tanaka H.A.
- Taniuchi N.
- Tano T.
- Tarrant A.
- Tashiro T.
- Thiesse M.D.
- Thompson L.F.
- Tomiya T.
- Towstego T.
- Tsui K.M.
- Tsukamoto T.
- Uchida Y.
- Vagins M.R.
- Wada K.
- Walter C.W.
- Wan L.
- Wang X.
- Wark D.
- Watanabe E.
- Watanabe S.
- Wendell R.A.
- Wester T.
- Wilking M.J.
- Wilson S.T.
- Xia J.
- Xie Z.
- Xu B.D.
- Yamauchi K.
- Yanagisawa C.
- Yang B.S.
- Yang J.Y.
- Yankelevich A.
- Yano T.
- Yasutome K.
- Yokoyama M.
- Yoo J.
- Yoshida S.
- Yu I.
- Zaldivar B.
- Zalipska J.
- Zhang B.
- Zsoldos S.
- Publication venue
- Publication date
- 01/01/2023
- Field of study
We report the first search result for the flux of astrophysical electron
antineutrinos for energies O(10) MeV in the gadolinium-loaded Super-Kamiokande
(SK) detector. In June 2020, gadolinium was introduced to the ultra-pure water
of the SK detector in order to detect neutrons more efficiently. In this new
experimental phase, SK-Gd, we can search for electron antineutrinos via inverse
beta decay with efficient background rejection and higher signal efficiency
thanks to the high efficiency of the neutron tagging technique. In this paper,
we report the result for the initial stage of SK-Gd with a 22.5Ă552 ktonâ
day exposure at 0.01% Gd mass concentration. No significant excess
over the expected background in the observed events is found for the neutrino
energies below 31.3 MeV. Thus, the flux upper limits are placed at the 90%
confidence level. The limits and sensitivities are already comparable with the
previous SK result with pure-water (22.5Ă2970ktonâ
day) owing
to the enhanced neutron tagging
J/Ï polarization in p+p collisions at s=200 GeV in STAR
- Author
- Adamczyk L.
- Adkins J.K.
- Agakishiev G.
- Aggarwal M.M.
- Ahammed Z.
- Alekseev I.
- Alford J.
- Anson C.D.
- Aparin A.
- Arkhipkin D.
- Aschenauer E.C.
- Averichev G.S.
- Balewski J.
- Banerjee A.
- Barnovska Z.
- Beavis D.R.
- Bellwied R.
- Bhasin A.
- Bhati A.K.
- Bhattarai P.
- Bichsel H.
- Bielcik J.
- Bielcikova J.
- Bland L.C.
- Bordyuzhin I.G.
- Borowski W.
- Bouchet J.
- Brandin A.V.
- Brovko S.G.
- Bunzarov I.
- Burton T.P.
- Butterworth J.
- BĂŒltmann S.
- Caines H.
- CalderĂłn de la Barca SĂĄnchez M.
- Cebra D.
- Cendejas R.
- Cervantes M.C.
- Chaloupka P.
- Chang Z.
- Chattopadhyay S.
- Chen H.F.
- Chen J.H.
- Chen L.
- Cheng J.
- Cherney M.
- Chikanian A.
- Christie W.
- Chwastowski J.
- Codrington M.J.M.
- Corliss R.
- Cramer J.G.
- Crawford H.J.
- Cui X.
- Das S.
- Davila Leyva A.
- De Silva L.C.
- Debbe R.R.
- Dedovich T.G.
- Deng J.
- Derevschikov A.A.
- Derradi de Souza R.
- deSouza U.G.
- Dhamija S.
- di Ruzza B.
- Didenko L.
- Dilks C.
- Ding F.
- Djawotho P.
- Dong X.
- Drachenberg J.L.
- Draper J.E.
- Du C.M.
- Dunkelberger L.E.
- Dunlop J.C.
- Efimov L.G.
- Engelage J.
- Engle K.S.
- Eppley G.
- Eun L.
- Evdokimov O.
- Fatemi R.
- Fazio S.
- Fedorisin J.
- Filip P.
- Finch E.
- Fisyak Y.
- Flores C.E.
- Gagliardi C.A.
- Gangadharan D.R.
- Garand D.
- Geurts F.
- Gibson A.
- Girard M.
- Gliske S.
- Grosnick D.
- Guo Y.
- Gupta A.
- Gupta S.
- Guryn W.
- Haag B.
- Hajkova O.
- Hamed A.
- Han L.-X.
- Haque R.
- Harris J.W.
- Hays-Wehle J.P.
- Heppelmann S.
- Hirsch A.
- Hoffmann G.W.
- Hofman D.J.
- Horvat S.
- Huang B.
- Huang H.Z.
- Huang X.
- Huck P.
- Humanic T.J.
- Igo G.
- Jacobs W.W.
- Jang H.
- Judd E.G.
- Kabana S.
- Kalinkin D.
- Kang K.
- Kauder K.
- Ke H.W.
- Keane D.
- Kechechyan A.
- Kesich A.
- Khan Z.H.
- Kikola D.P.
- Kisel I.
- Kisiel A.
- Koetke D.D.
- Kollegger T.
- Konzer J.
- Koralt I.
- Korsch W.
- Kotchenda L.
- Kravtsov P.
- Krueger K.
- Kulakov I.
- Kumar L.
- Kycia R.A.
- Lamont M.A.C.
- Landgraf J.M.
- Landry K.D.
- Lauret J.
- Lebedev A.
- Lednicky R.
- Lee J.H.
- Leight W.
- LeVine M.J.
- Li C.
- Li W.
- Li X.
- Li X.
- Li Y.
- Li Z.M.
- Lima L.M.
- Lisa M.A.
- Liu F.
- Ljubicic T.
- Llope W.J.
- Longacre R.S.
- Luo X.
- Ma G.L.
- Ma Y.G.
- Madagodagettige Don D.M.M.D.
- Mahapatra D.P.
- Majka R.
- Margetis S.
- Markert C.
- Masui H.
- Matis H.S.
- McDonald D.
- McShane T.S.
- Minaev N.G.
- Mioduszewski S.
- Mohanty B.
- Mondal M.M.
- Morozov D.A.
- Munhoz M.G.
- Mustafa M.K.
- Nandi B.K.
- Nasim Md.
- Nayak T.K.
- Nelson J.M.
- Nogach L.V.
- Noh S.Y.
- Novak J.
- Nurushev S.B.
- Odyniec G.
- Ogawa A.
- Oh K.
- Ohlson A.
- Okorokov V.
- Oldag E.W.
- Oliveira R.A.N.
- Pachr M.
- Page B.S.
- Pal S.K.
- Pan Y.X.
- Pandit Y.
- Panebratsev Y.
- Pawlak T.
- Pawlik B.
- Pei H.
- Perkins C.
- Peryt W.
- Pile P.
- Planinic M.
- Pluta J.
- Plyku D.
- Poljak N.
- Porter J.
- Poskanzer A.M.
- Pruthi N.K.
- Przybycien M.
- Pujahari P.R.
- Qiu H.
- Quintero A.
- Ramachandran S.
- Raniwala R.
- Raniwala S.
- Ray R.L.
- Riley C.K.
- Ritter H.G.
- Roberts J.B.
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- Roy A.
- Ruan L.
- Rusnak J.
- Sahoo N.R.
- Sahu P.K.
- Sakrejda I.
- Salur S.
- Sandacz A.
- Sandweiss J.
- Sangaline E.
- Sarkar A.
- Schambach J.
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- Schmah A.M.
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- Seyboth P.
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- Shahaliev E.
- Shanmuganathan P.V.
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- Shou Q.Y.
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- Singaraju R.N.
- Skoby M.J.
- Smirnov D.
- Smirnov N.
- Solanki D.
- Sorensen P.
- Spinka H.M.
- Srivastava B.
- Stanislaus T.D.S.
- Stevens J.R.
- Stock R.
- Strikhanov M.
- Stringfellow B.
- Suaide A.A.P.
- Sumbera M.
- Sun X.
- Sun X.M.
- Sun Y.
- Sun Z.
- Surrow B.
- Svirida D.N.
- Symons T.J.M.
- Szanto de Toledo A.
- Takahashi J.
- Tang A.H.
- Tang Z.
- Tarnowsky T.
- Thomas J.H.
- Timmins A.R.
- Tlusty D.
- Tokarev M.
- Trentalange S.
- Tribble R.E.
- Tribedy P.
- Trzeciak B.A.
- Tsai O.D.
- Turnau J.
- Ullrich T.
- Underwood D.G.
- Van Buren G.
- van Nieuwenhuizen G.
- Vanfossen J.A.
- Varma R.
- Vasconcelos G.M.S.
- Vasiliev A.N.
- Vertesi R.
- VidebĂŠk F.
- Viyogi Y.P.
- Vokal S.
- Vossen A.
- Wada M.
- Walker M.
- Wang F.
- Wang G.
- Wang H.
- Wang J.S.
- Wang X.L.
- Wang Y.
- Wang Y.
- Webb G.
- Webb J.C.
- Westfall G.D.
- Wieman H.
- Wissink S.W.
- Witt R.
- Wu Y.F.
- Xiao Z.
- Xie W.
- Xin K.
- Xu H.
- Xu N.
- Xu Q.H.
- Xu Y.
- Xu Z.
- Yan W.
- Yang C.
- Yang Y.
- Yang Y.
- Ye Z.
- Yepes P.
- Yi L.
- Yip K.
- Yoo I.-K.
- Zawisza Y.
- Zbroszczyk H.
- Zha W.
- Zhang J.B.
- Zhang J.L.
- Zhang S.
- Zhang X.P.
- Zhang Y.
- Zhang Z.P.
- Zhao F.
- Zhao J.
- Zhong C.
- Zhu X.
- Zhu Y.H.
- Zoulkarneeva Y.
- Zyzak M.
- Publication venue
- The Authors. Published by Elsevier B.V.
- Publication date
- 01/01/2014
- Field of study
AbstractWe report on a polarization measurement of inclusive J/Ï mesons in the di-electron decay channel at mid-rapidity at 2<pT<6 GeV/c in p+p collisions at s=200 GeV. Data were taken with the STAR detector at RHIC. The J/Ï polarization measurement should help to distinguish between different models of the J/Ï production mechanism since they predict different pT dependences of the J/Ï polarization. In this analysis, J/Ï polarization is studied in the helicity frame. The polarization parameter λΞ measured at RHIC becomes smaller towards high pT, indicating more longitudinal J/Ï polarization as pT increases. The result is compared with predictions of presently available models
Studies of azimuthal dihadron correlations in ultra-central PbPb collisions at=2.76 TeV
- Author
- Abbaneo D.
- Abbiendi G.
- Abbrescia M.
- AbDelalim A.A.
- Abdullin S.
- Abdulsalam A.
- Acosta D.
- Acosta J.G.
- Adair A.
- Adam W.
- Adams M.R.
- Adams T.
- Adiguzel A.
- Adler V.
- Adzic P.
- Afanasiev S.
- Agram J.-L.
- Aguilar-Benitez M.
- Ahmad M.
- Ahuja S.
- Akchurin N.
- Akgun B.
- Akgun U.
- Akin I.V.
- Alagoz E.
- Albajar C.
- Albayrak E.A.
- Albergo S.
- Albrow M.
- Alcaraz Maestre J.
- Aldaya Martin M.
- AlDerweireldt S.
- AldĂĄ JĂșnior W.L.
- AlexanDer J.
- Aliev T.
- Alimena J.
- Alverson G.
- Alves G.A.
- Amapane N.
- Amsler C.
- Anagnostou G.
- Anastassov A.
- AnDerson J.
- Andrea J.
- Andreev V.
- Andreev V.
- Andreev Y.
- Andrews W.
- Androsov K.
- Antonelli L.
- Antunovic Z.
- Apanasevich L.
- Apollinari G.
- Appelt E.
- Apresyan A.
- Apyan A.
- Arcidiacono R.
- Arenton M.W.
- Arfaei H.
- Argiro S.
- Arneodo M.
- Arora S.
- Asavapibhop B.
- AsawatangtrakulDee C.
- Asghar M.I.
- Asin I.
- Askew A.
- Aslanoglou X.
- Assran Y.
- Ata M.
- Attikis A.
- Auffray E.
- Autermann C.
- Auzinger G.
- AvDeeva E.
- Avery P.
- Avetisyan A.
- Avila C.
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- Azhgirey I.
- Aziz T.
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- Azzolini V.
- Azzurri P.
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- Bacchetta N.
- Bachmair F.
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- Bakirci M.N.
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- Ban Y.
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- Bansal M.
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- Barbagli G.
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- Barbieri R.
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- Barker A.
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- Bayshev I.
- Bazterra V.E.
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- Publication venue
- Scuola Internazionale Superiore di Studi Avanzati
- Publication date
- 14/08/2014
- Field of study
Search for jet extinction in the inclusive jet-pT spectrum from proton-proton collisions at s=8 TeV
- Author
- Abbaneo D.Cv
- Abbiendi G.Bc
- Abbrescia M.Bb
- Abdullin S.Dz
- Abdulsalam A.Ax
- Acosta D.Ea
- Acosta J.G.En
- Adair A.Ey
- Adam W.B
- Adams M.R.Ee
- Adams T.Ec
- Adiguzel A.Dc
- Adler V.G
- Adzic P.Cq
- Afanasiev S.Ci
- Agapitos A.Ao
- Agram J.-L.ad
- Ahmad A.Cf
- Ahmad M.Cf
- Ahuja S.Av
- Akchurin N.Fe
- Akgun B.Ey
- Akin I.V.Dd
- Albajar C.Cs
- Albayrak E.A.Ef
- Albergo S.Bd
- Albrow M.Dz
- Alcaraz Maestre J.Cr
- Aldaya Martin M.Al
- Alderweireldt S.D
- Aleksandrov A.M
- Alexander J.Dx
- Alimena J.Do
- Alverson G.Eq
- Alves G.A.J
- Amapane N.Bo
- Amsler C.Cy
- Anagnostou G.An
- Anastassov A.Er
- Anderson J.Dz
- Andrea J.Ad
- Andreev V.Cn
- Andreev Y.Cl
- Andrews W.Ds
- Androsov K.Bm
- Antonelli L.Et
- Antunovic Z.S
- Apanasevich L.Ee
- Apollinari G.Dz
- Appelt E.Ff
- Apresyan A.Du
- Apyan A.El
- Arcidiacono R.Bo
- Arenton M.W.Fg
- Argiro S.Bo
- Arneodo M.Bo
- Arora S.Fb
- Asavapibhop B.Db
- Asawatangtrakuldee C.P
- Asin I.Ak
- Askew A.Ec
- Aslanoglou X.Ap
- Assran Y.W
- Ata M.Ai
- Attikis A.U
- Aubin A.Ad
- Auffray E.Cv
- Autermann C.Ah
- Auzinger G.Cv
- Avdeeva E.Eo
- Avery P.Ea
- Avetisyan A.Dn
- Avila C.Q
- Azarkin M.Cn
- Azhgirey I.Cp
- Aziz T.Ay
- Azzi P.Bj
- Azzolini V.Dv
- Azzurri P.Bm
- B\ue4ni L.Cx
- B\uf6ser C.Am
- Baarmand M.M.Ed
- Babb J.Dr
- Baber M.Dj
- Bacchetta N.Bj
- Bachmair F.Cx
- Bachtis M.Cv
- Baden A.Ek
- Baffioni S.Ac
- Bagliesi G.Bm
- Baillon P.Cv
- Bainbridge R.Dj
- Bakhshiansohi H.Az
- Bakirci M.N.Dc
- Ball A.H.Cv
- Ban Y.P
- Banerjee S.Aw
- Banerjee S.Ay
- Bansal M.D
- Bansal S.D
- Barbagli G.Be
- Barberis E.Eq
- Barbieri R.El
- Barbone L.Bb
- Barfuss A.F.Ei
- Bargassa P.Ci
- Barge D.Dt
- Baringer P.Eh
- Barker A.Fb
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- Barnett B.A.Eg
- Barney D.Cv
- Barone L.Bn
- Barth C.Am
- Bartosik N.Ak
- Basegmez S.H
- Battilana C.Cr
- Bauer G.El
- Bauerdick L.A.T.Dz
- Baumgartel D.Eq
- Baus C.Am
- Bayshev I.Cp
- Bazterra V.E.Ee
- Bean A.Eh
- Beauceron S.Af
- Beaudette F.Ac
- Beaupere N.Af
- Beernaert K.G
- Behnamian H.Az
- Behr J.Ak
- Behrenhoff W.Ak
- Behrens U.Ak
- Beir\ue3o Da Cruz E Silva C.Ci
- Belforte S.Bp
- Beliy N.I
- Belknap D.A.Fi
- Bell A.J.Ak
- Bell K.W.Di
- Bellan R.Bo
- Bellato M.Bj
- Belloni A.Ek
- Beluffi C.H
- Belyaev A.Co
- Belyaev A.Di
- Benaglia A.Cv
- Bencze G.Aq
- Bendavid J.Cv
- Benedetti D.Ew
- Benelli G.Eh
- Benhabib L.Cv
- Beni N.Ar
- Benitez J.F.Cv
- Benucci L.G
- Benussi L.Bf
- Benvenuti A.C.Bc
- Beranek S.Ah
- Beretvas A.Dz
- Bergauer T.B
- Berger J.Am
- Bergholz M.Ak
- Beri S.B.Au
- Bernardes C.A.L
- Bernardini J.Bm
- Bernet C.Cv
- Berry D.Ee
- Berry E.Do
- Berryhill J.Dz
- Bertl W.Cw
- Besancon M.Ab
- Betchart B.Ez
- Bethani A.Ak
- Betts R.R.Ee
- Bhardwaj A.Av
- Bhat P.C.Dz
- Bhatnagar V.Au
- Bhattacharya S.Aw
- Bhattacharya S.Do
- Bhawandeep U.Au
- Bhowmik S.Ay
- Bialkowska H.Cg
- Bian J.G.O
- Bianchi G.Cv
- Bianchini L.Cx
- Bianco S.Bf
- Biasini M.Bl
- Biasotto M.Bj
- Biino C.Bo
- Bilei G.M.Bl
- Bilin B.Dd
- Bilki B.Ef
- Bilmis S.Dd
- Bitioukov S.Cp
- Blekman F.E
- Blobel V.Al
- Bloch D.Ad
- Bloch P.Cv
- Bloom K.Eo
- Bluj M.Cg
- Blumenfeld B.Eg
- Blyweert S.E
- Boccali T.Bm
- Bocci A.Cv
- Bochenek J.Ec
- Bodek A.Ez
- Bodlak M.V
- Boimska B.Cg
- Bolla G.Ew
- Bolognesi S.Eg
- Bonacorsi D.Bc
- Bonato A.Cv
- Bondu O.Cv
- Bontenackels M.Ah
- Boos E.Co
- Bornheim A.Du
- Borras K.Ak
- Bortignon P.Cx
- Bortoletto D.Ew
- Bose S.Eo
- Bose T.Dn
- Botta C.Cv
- Boudoul G.Af
- Bouhali O.Fd
- Bourilkov D.Ea
- Boutle S.Fg
- Bouvier E.Af
- Bradmiller-Feld J.Dt
- Braibant-Giacomelli S.Bc
- Branca A.Bj
- Branson J.G.Ds
- Breedon R.Dp
- Breto G.Dp
- Breuker H.Cv
- Brew C.Di
- Brigliadori L.Bc
- Brigljevic V.T
- Brinkerhoff A.Es
- Brinson J.Et
- Brito L.J
- Broccolo G.Bm
- Brochero Cifuentes J.A.Cu
- Brochet S.Af
- Brodski M.Ai
- Brom J.-M.ad
- Brona G.Ch
- Brooke J.J.Dh
- Brown R.M.Di
- Brownson E.Ev
- Brun H.Ct
- Bruner C.Eh
- Bruno G.H
- Buchmann M.A.Cx
- Buchmuller O.Dj
- Bucinskaite I.Ee
- Bunin P.Cj
- Bunkowski K.Ch
- Bunn J.Du
- Buontempo S.Bi
- Burgmeier A.Ak
- Burkett K.Dz
- Burt K.Dr
- Burton D.Dj
- Busson P.Ac
- Busza W.El
- Butler J.N.Dz
- Butler P.H.Ce
- Butz E.Am
- Bylsma B.Et
- Cabrillo I.J.Cu
- Caebergs T.I
- Caillol C.F
- Caiulo D.Bm
- Cakir A.Ak
- Calabria C.Bb
- Calamba A.Dv
- Calderon De La Barca Sanchez M.Dp
- Calderon A.Cu
- Cali I.A.El
- Calligaris L.Ak
- Calvert B.Ek
- Calvo E.Cr
- Campagnari C.Dt
- Campanini R.Bc
- Campbell A.Ak
- Camporesi T.Cv
- Candelise V.Bp
- Canelli M.F.Cy
- Cankocak K.Df
- Capiluppi P.Bc
- Cappello G.Bd
- Cardaci M.Cz
- Carlsmith D.Fi
- Carlson B.Dv
- Carrillo Montoya C.A.Af
- Carrillo Moreno S.Ca
- Cartiglia N.Bo
- Carvalho W.K
- Carver M.Ea
- Casal B.Cx
- Casarsa M.Bp
- Casasso S.Bo
- Casimiro Linares E.Cc
- Castaldi R.Bm
- Castello R.H
- Castilla-Valdez H.Bz
- Castro A.Bc
- Caudron A.H
- Cavallari F.Bn
- Cavallo F.R.Bc
- Cavallo N.Bi
- Cavanaugh R.Ee
- Ceard L.H
- Centis Vignali M.Al
- Cepeda M.Fi
- Cerati G.B.Ds
- Cerci S.Dc
- Cerminara G.Cv
- Cerrada M.Cr
- Chabert E.C.Ad
- Chakaberia I.Ei
- Chamizo Llatas M.Cr
- Chan K.M.Es
- Chan M.El
- Chang P.Da
- Chang S.Bq
- Chang Y.H.Da
- Chang Y.W.Da
- Chanon N.Cx
- Chao Y.Da
- Chaparro Sierra L.F.Q
- Charaf O.Dm
- Charlot C.Ac
- Chasco M.Eq
- Chasserat J.Af
- Chatterjee A.Dx
- Chatterjee K.Aw
- Chatterjee R.M.Ay
- Chauhan S.Dp
- Chen G.M.O
- Chen H.S.O
- Chen K.F.Da
- Chen K.H.Cz
- Chen M.O
- Chen P.H.Da
- Chen Y.Du
- Cheng T.Ea
- Cherepanov V.Aj
- Chertok M.Dp
- Cheung H.W.K.Dz
- Chhibra S.S.Bb
- Chierici R.Af
- Chinellato J.K
- Chiochia V.Cy
- Chiorboli M.Bd
- Chlebana F.Dz
- Choi M.Bv
- Choi S.Bu
- Choi Y.Bw
- Choi Y.K.Bw
- Chou J.P.Fb
- Choudhary B.C.Av
- Choudhury S.Ak
- Christopher G.Do
- Chu J.Dx
- Chwalek T.Am
- Ciangottini D.Bl
- Ciesielski R.Fa
- Cihangir S.Dz
- Cimmino A.G
- Ciocci M.A.Bm
- Cittolin S.Ds
- Ciulli V.Be
- Civinini C.Be
- Claes D.R.Eo
- Clare R.Dr
- Clarida W.Ef
- Clarke C.Fg
- Clement E.Dh
- Clerbaux B.F
- Cockerill D.J.A.Di
- Codispoti G.Bc
- Colafranceschi S.Cv
- Colaleo A.Bb
- Cole J.E.Dk
- Colino N.Cr
- Collard C.Ad
- Colling D.Dj
- Contardo D.Af
- Conte E.Ad
- Contreras-Campana C.Fb
- Contreras-Campana E.Fb
- Conway J.Dp
- Conway R.Dp
- Cooper S.I.Dm
- Cornelis T.D
- Correa Martins Junior M.J
- Cossutti F.Bp
- Costa M.Bo
- Costa S.Bd
- Costantini S.G
- Costanza F.Ak
- Couderc F.Ab
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- Cousins R.Dq
- Covarelli R.Ez
- Cowden C.Fe
- Cox B.Fg
- Cox P.T.Dp
- Creanza D.Bb
- Cremaldi L.M.En
- Cripps N.Dj
- Crucy S.G
- Cuevas J.Ct
- Cuffiani M.Bc
- Cumalat J.P.Dw
- Curry D.Ea
- Cussans D.Dh
- Cust\uf3dio A.K
- Cutajar M.Dj
- Cutts D.Do
- Cwiok M.Ch
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- D\u2019Agnolo R.T.Ds
- D\u2019Alessandro R.Be
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- Dahmes B.Em
- Dahms T.Ac
- Dalchenko M.Ac
- Dall\u2019Osso M.Bj
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- Damgov J.Fe
- Danielson T.Dt
- Das S.Ea
- Daskalakis G.An
- Dasu S.Fi
- Daubie E.I
- Dauncey P.Dj
- David A.Cv
- Davies G.Dj
- de Barbaro P.Ez
- De Benedetti A.Em
- De Boer W.Am
- De Cosa A.Cy
- De Filippis N.Bb
- De Gruttola M.Ea
- De Guio F.Cv
- De Jesus Damiao D.K
- De La Cruz B.Cr
- De La Cruz-Burelo E.Bz
- De Lentdecker G.F
- De Mattia M.Ew
- De Oliveira Martins C.K
- De Palma M.Bb
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- De Visscher S.Cv
- De Wolf E.A.D
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- Deisher A.Cx
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- Dejardin M.Ab
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- Demaria N.Bo
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- Depasse P.Af
- Dermenev A.Cl
- Descroix A.Am
- Dewanjee R.K.Ay
- Dhingra N.Do
- Di Giovanni G.P.Ea
- Di Guida S.Bi
- Di Marco E.Du
- Di Matteo L.El
- Diamond B.Ec
- Diemoz M.Bn
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- Dietz C.Da
- Dietz-Laursonn E.Ai
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- Draeger A.R.Al
- Dragicevic M.B
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- Driga O.Eu
- Drozdetskiy A.Es
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- Du R.O
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- Duarte J.Du
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- Dumanoglu I.Dc
- Dunne P.Dj
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- Dutta V.El
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- Eggert N.Dx
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- Erbacher R.Dp
- Erdmann M.Ai
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- Erfle J.Al
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- Eshaq Y.Ez
- Eskut E.Dc
- Etesami S.M.Az
- Eugster J.Cv
- Eusebi R.Fd
- Evangelou I.Ap
- Evans D.Ds
- Evdokimov O.Ee
- Everaerts P.Dq
- Fabbri F.Bc
- Fabbri F.Bf
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- Faccioli P.Ci
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- Fahim A.Az
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- Fan\uf2 L.Bl
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- Fedi G.Y
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- Feindt M.Am
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- Feld L.Ah
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- Fernandez Menendez J.Ct
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- Fernandez M.Cu
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- Ferri F.Ab
- Ferro C.Cz
- Ferro F.Bg
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- Filipovic N.Ac
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- Finger M.V
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- Flix J.Cr
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- Fouz M.C.Cr
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- Frensch F.Am
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- Frueboes T.Cg
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- Funk W.Cv
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- Gallo E.Be
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- Geiser A.Ak
- Geisler M.Aj
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- Golf F.Dt
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- Gomber B.Aw
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- Grassi M.Bn
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- Grebenyuk A.F
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- Grimes M.Dh
- Grippo M.T.Bm
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- Grunewald M.Ba
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- Guida R.Cv
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- Guo Y.P
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- Guthoff M.Cv
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- Hadjiiska R.N
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- Hagopian V.Ec
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- Hamel de Monchenault G.Ab
- Hammad G.H.I
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- Hansen M.Cv
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- Harr R.Fh
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- Hartl C.B
- Hartmann F.Am
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- Haytmyradov M.Ef
- Heath G.P.Dh
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- Hebbeker T.Ai
- Hebda P.Eu
- Hegeman J.Cv
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- Heilman J.Dr
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- Heister A.Aj
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- Henderson C.Dm
- Heracleous N.E
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- Hernandez A.C.Fd
- Hernandez J.M.Cr
- Herndon M.Fi
- Herrera C.M.J
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- Hewamanage S.Eb
- Hidas D.Fb
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- Hill C.Et
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- Horvath D.Aq
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- Iiyama Y.Dv
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- Ingram Q.Cw
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- Isildak B.De
- Ivanov A.Ei
- Ivanov Y.Ck
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- J\ufanior W.L.A.I
- Jacob J.Dh
- Jafari A.Az
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- Jain S.Ep
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- Janssen X.D
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- Jeitler M.B
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- Kalinowski A.Ch
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- Kamel A.E.W
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- Kao K.Y.Da
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- Koay S.A.Eu
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- Kunori S.Fe
- Kuo C.M.Cz
- Kurca T.Af
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- Kuznetsova E.Am
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- Kwon E.Bw
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- Lange C.Cy
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- Lannon K.Es
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- Lawson P.Dn
- Lazaridis C.Fi
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- Liko D.B
- Lin C.Fg
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- Lincoln D.Dz
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- Litov L.N
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- Lo Vetere M.Bg
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- Lohmann W.Ak
- Lokhtin I.Co
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- Longo E.Bn
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- Lopez Virto A.Cu
- Lopez-Fernandez R.Bz
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- Lowette S.E
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- Lu Y.Ek
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- Lucchini M.T.Bh
- Luckey P.D.El
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- Luiggi Lopez E.Dw
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- Lukina O.Co
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- Luo W.Es
- Lusito L.Er
- Lustermann W.Cx
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- Luukka P.Z
- Luyckx S.D
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- Ma T.El
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- Maes M.E
- Maeshima K.Dz
- Maggi G.Bb
- Maggi M.Bb
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- Magnan A.-M.dj
- Maguire C.Ff
- Mahmoud M.A.W
- Maity M.Ay
- Majumder D.Da
- Majumder G.Ay
- Makouski M.Ei
- Maksimovic P.Eg
- Malakhov A.Cj
- Malberti M.Dr
- Malbouisson H.K
- Malcles J.Ab
- Malek M.Eh
- Malgeri L.Cv
- Malhotra S.Av
- Malik S.Dj
- Malik S.Eo
- Malvezzi S.Bh
- Mangano B.Cx
- Mankel R.Ak
- Mannelli M.Cv
- Mans J.Em
- Manthos N.Ap
- Mantovani G.Bl
- Manzoni R.A.Bh
- Mao Y.Ff
- Mao Y.P
- Maravin Y.Ei
- Marcellini S.Bc
- Marchesini I.Al
- Marco J.Cu
- Marco R.Cu
- Marfin I.Ak
- Margaroli F.Bn
- Margoni M.Bj
- Marinelli N.Es
- Marini A.C.Cx
- Marinov A.M
- Marionneau M.Ek
- Mariotti C.Bo
- Markou A.An
- Markou C.An
- Markowitz P.Eb
- Marlow D.Eu
- Marone M.Bp
- Maroussov V.Ew
- Marraffino J.M.Dz
- Marrouche J.Cv
- Martelli A.Bh
- Martin C.Eg
- Martin W.Dk
- Martinez Outschoorn V.I.Dz
- Martinez Rivero C.Cu
- Martinez Ruiz del Arbol P.Cx
- Martinez G.Eb
- Martini L.Bm
- Martins T.D.R.J
- Maruyama S.Dz
- Marzocchi B.Bh
- Maselli S.Bo
- Masetti G.Bc
- Masetti L.Cv
- Mason D.Dz
- Massironi A.Eq
- Mastrolorenzo L.Ac
- Matchev K.Ea
- Mathias B.Dj
- Matorras F.Cu
- Matos Figueiredo D.K
- Matveev V.Cj
- Mavromanolakis G.U
- Mazumdar K.Ay
- Mcbride P.Dz
- Mccartin J.G
- Mccoll N.Dt
- Md Ali M.A.B.By
- Medvedeva T.Eu
- Meier F.Eo
- Meijers F.Cv
- Meister D.Cx
- Mekterovic D.T
- Melo A.Ff
- Melzer-Pellmann I.-A.ak
- Menasce D.Bh
- Mendez H.Ev
- Meneguzzo A.T.Bj
- Meng Z.Dh
- Menichelli M.Bl
- Meola S.Bi
- Mercadante P.G.L
- Meridiani P.Bn
- Merino G.Cr
- Merkel P.Ew
- Merlo J.-P.ef
- Mermerkaya H.Ef
- Merola M.Bi
- Merschmeyer M.Ai
- Mersi S.Cv
- Meschi E.Cv
- Meschini M.Be
- Mesropian C.Fa
- Messineo A.Bm
- Mestvirishvili A.Ef
- Mesyats G.Cn
- Meyer A.Ai
- Meyer A.B.Ak
- Miceli T.Dp
- Micheli F.Bn
- Michlin B.Ey
- Migliore E.Bo
- Mignerey A.C.Ek
- Mikulec I.B
- Milenovic P.Ea
- Millan Mejias B.Cy
- Miller D.H.Ew
- Millet P.Ai
- Milosevic J.Cq
- Min\ue9 P.Ac
- Mirabito L.Af
- Mirman N.Dx
- Mironov C.Ac
- Mishra K.Dz
- Misiura M.Ch
- Missiroli M.Cs
- Mitselmakher G.Ea
- Mitta G.Ak
- Mittal M.Au
- Mnich J.Ak
- Modak A.Aw
- Moeller A.Ef
- Mohammadi Najafabadi M.Az
- Mohammadi A.F
- Mohanty A.K.Ax
- Mohanty G.B.Ay
- Mohapatra A.Fi
- Mohr N.Cx
- Moisenz P.Cj
- Molnar J.Ar
- Monaco V.Bo
- Montalvo R.Fd
- Montanari A.Bc
- Montanino D.Bp
- Moon C.S.Bm
- Moon D.H.Ee
- Mooney M.Eu
- Moortgat F.Cv
- Moran D.Cs
- Morelos Pineda A.Cc
- Moroni L.Bh
- Morovic S.Cv
- Mossolov V.C
- Mott A.Du
- Mousa J.U
- Mozer M.U.Am
- Mrenna S.Dz
- Mucia N.Er
- Mukherjee S.Aw
- Mulders M.Cv
- Mulhearn M.Dp
- Mundim L.K
- Muniz L.Ea
- Munoz Sanchez F.J.Cu
- Murray M.Eh
- Murumaa M.X
- Murzin V.Ck
- Musella P.Cv
- Musich M.Bo
- Musienko Y.Dz
- Mussgiller A.Ak
- My S.Bb
- N\ue4geli C.Cx
- N\ufcrnberg A.Am
- Nachtman J.Ef
- Nahn S.Dz
- Naimuddin M.Av
- Nam S.K.Bq
- Narain M.Do
- Naranjo I.N.Ac
- Naseri M.Az
- Nash D.Eq
- Nash J.Dj
- Nauenberg U.Dw
- Naumann-Emme S.Ak
- Navarria F.L.Bc
- Navarro De Martino E.Cr
- Nawrocki K.Cg
- Nayak A.Ak
- Negrete M.O.Dr
- Nessi-Tedaldi F.Cx
- Neu C.Fg
- Neumeister N.Ew
- Newbold D.M.Dh
- Newman H.B.Du
- Newman-Holmes C.Dz
- Ngadiuba J.Cy
- Nguyen F.Ci
- Nguyen H.Dr
- Nguyen M.Ac
- Nicolaou C.U
- Nicolas Kaufman G.Dx
- Nikitenko A.Dj
- Nishu N.Au
- Nogima H.K
- Noonan D.Eh
- Nourbakhsh S.Bn
- Novaes S.F.L
- Novgorodova O.Ak
- Nowack A.Aj
- Nowak F.Ak
- Ntomari E.Ak
- Nugent I.M.Aj
- Nuttens C.H
- Nuzzo S.Bb
- O\u2019Brien C.Ee
- O\u2019Dell V.Dz
- Obertino M.M.Bo
- Obraztsov S.Co
- Ocalan K.Dd
- Ocampo Rios A.A.G
- Ochando C.Ac
- Ochesanu S.D
- Odell N.Er
- Ogul H.Ef
- Oh Y.D.Br
- Ojalvo I.Fi
- Olaiya E.Di
- Olbrechts A.E
- Oliveros S.En
- Olivito D.Ds
- Olschewski M.Ai
- Olsen J.Eu
- Olszewski M.Ch
- Onel Y.Ef
- Onengut G.Dc
- Oreshkin V.Ck
- Organtini G.Bn
- Orimoto T.Eq
- Orsini L.Cv
- Ortona G.Bo
- Osipenkov I.Fd
- Ostapchuk A.Ah
- Ott J.Al
- Ozdemir K.Dc
- Ozok F.Ef
- Ozturk S.Dc
- P\ue9rez-Calero Yzquierdo A.Cr
- Pacher L.Bo
- Padeken K.Ai
- Padhi S.Ds
- Padley B.P.Ey
- Padula S.S.L
- Paganini P.Ac
- Pagano D.H
- Paganoni M.Bh
- Pakhotin Y.Fd
- Paktinat Mehdiabadi S.Az
- Palichik V.Cj
- Palinkas J.Ar
- Palla F.Bm
- Palmer C.Ds
- Panagiotou A.Ao
- Pandolfi F.Cx
- Pant L.M.Ax
- Panwalkar S.Fb
- Paoletti S.Be
- Paolucci P.Bi
- Papacz P.Ai
- Papadopoulos I.Ap
- Pape L.Cv
- Paradas E.Ap
- Paramatti R.Bn
- Paramesvaran S.Dh
- Parashar N.Ex
- Parida B.Ay
- Park H.Br
- Park I.C.Bv
- Park M.Fb
- Park S.Bv
- Park S.K.Bu
- Pashenkov A.Cl
- Pastika N.Em
- Pastrone N.Bo
- Patel R.Fb
- Patterson J.R.Dx
- Paulini M.Dv
- Paus C.El
- Pauss F.Cx
- Pavlov B.N
- Pazzini J.Bj
- Pearson T.Es
- Pedraza I.Cb
- Pedrini D.Bh
- Pedro K.Ek
- Peiffer T.Al
- Pela J.Dj
- Pellett D.Dp
- Pelliccioni M.Bo
- Peltola T.Z
- Pena C.Du
- Penzo A.Ef
- Perchalla L.Aj
- Perelygin V.Cj
- Perera L.En
- Perez E.Cv
- Perieanu A.Ah
- Perloff A.Fd
- Perni\ue8 L.F
- Perrey H.Ak
- Perries S.Af
- Perrini L.H
- Perrotta A.Bc
- Perrozzi L.Cv
- Perry T.Fi
- Peruzzi M.Cx
- Pesaresi M.Dj
- Petkov P.N
- Petrakou E.Da
- Petridis K.Dj
- Petrilli A.Cv
- Petrillo G.Ez
- Petrov V.Cp
- Petrucciani G.Cv
- Petrushanko S.Co
- Petyt D.Di
- Pfeiffer A.Cv
- Piccolo D.Bf
- Piedra Gomez J.Cu
- Pieri M.Ds
- Pierini M.Cv
- Pierro G.A.Fi
- Pietsch N.Al
- Pilot J.Dp
- Pimi\ue4 M.Cv
- Pin A.H
- Pinna Angioni G.L.Bo
- Piotrzkowski K.H
- Piparo D.Cv
- Piperov S.M
- Pirou\ue9 P.Eu
- Pitzl D.Ak
- Placakyte R.Ak
- Plagge M.Cv
- Planer M.Es
- Plestina R.O
- Poehlsen J.Al
- Poehlsen T.Al
- Pol M.E.J
- Polatoz A.Dc
- Polese G.Fi
- Polic D.R
- Poll A.Dh
- Pollack B.Er
- Pompili A.Bb
- Pooth O.Aj
- Popov A.H
- Popov V.Cm
- Potenza A.Bo
- Potenza R.Bd
- Pozdnyakov A.Er
- Pozzobon N.Bj
- Prado Da Silva W.L.K
- Primavera F.Bc
- Prokofyev O.Dz
- Prosper H.Ec
- Psallidas A.An
- Ptochos F.U
- Puerta Pelayo J.Cr
- Pugliese G.Bb
- Puigh D.Et
- Puljak I.R
- Python Q.E
- Qian S.J.P
- Quan X.Eu
- Quast G.Am
- Quertenmont L.H
- Quintario Olmeda A.Cr
- Quittnat M.Cx
- R\uf6cker S.Am
- Rabady D.B
- Rabbertz K.Am
- Racz A.Cv
- Radburn-Smith B.C.Ew
- Radi A.W
- Radogna R.Bb
- Ragazzi S.Bh
- Rahatlou S.Bn
- Rahbaran B.B
- Rahmat R.Ef
- Raics P.As
- Raidal M.X
- Rakness G.Dq
- Ralph D.El
- Ramirez Vargas J.E.Ev
- Rander J.Ab
- Ranjan K.Av
- Rappoccio S.Ep
- Raspereza A.Ak
- Rathjens D.Al
- Ratnikov F.Am
- Ratti S.P.Bk
- Raupach F.Ah
- Raymond D.M.Dj
- Razis P.A.U
- Rebane L.Cx
- Rebassoo F.Ej
- Redaelli N.Bh
- Redjimi R.Ey
- Redondo I.Cr
- Regnard S.Ac
- Reid I.D.Dk
- Reis T.F
- Reithler H.Ai
- Rekovic V.Cq
- Renker D.Cw
- Reucroft S.Ce
- Rezaei Hosseinabadi F.Az
- Ribeiro Cipriano P.M.Ak
- Riccardi C.Bk
- Ricci-Tam F.Dp
- Richardson C.Dn
- Richman J.Dt
- Rinkevicius A.Ea
- Rizzi A.Bm
- Roberts J.Ey
- Robmann P.Cy
- Robutti E.Bg
- Rodenburg M.Et
- Rodozov M.M
- Rodr\uedguez-Marrero A.Y.Cu
- Rodrigo T.Cu
- Rodrigues Antunes J.Ci
- Rodriguez J.L.Eb
- Roe J.Fd
- Rogan C.Du
- Rogerson S.Dj
- Roh Y.Bu
- Rohe T.Cw
- Rohlf J.Dn
- Rohringer H.B
- Roland B.D
- Roland C.El
- Roland G.El
- Rolandi G.Cv
- Romanowska-Rybinska K.Cg
- Romeo F.Bl
- Romero A.Bo
- Romero L.Cr
- Ron E.Ak
- Ronchese P.Bj
- Ronga F.J.Cy
- Rose A.Dj
- Rose A.Fd
- Rose K.Fc
- Rosowsky A.Ab
- Ross I.Fi
- Rossi A.M.Bc
- Rossini M.Cx
- Rougny R.D
- Rovelli C.Bn
- Rovelli T.Bc
- Rovere M.Cv
- Roy D.Aw
- Ruchti R.Es
- Ruiz Alvarez J.D.Af
- Ruiz-Jimeno A.Cu
- Rumerio P.Dm
- Rusack R.Em
- Rusakov S.V.Cn
- Ruspa M.Bo
- Russ J.Dv
- Ryckbosch D.G
- Ryd A.Dx
- Ryu G.Bv
- Ryu M.S.Bv
- Ryutin R.Cp
- Sabes D.Af
- Sacchi R.Bo
- Safarzadeh B.Az
- Safonov A.Fd
- Safronov G.Cm
- Saha A.Bl
- Sahin M. 6.Ak
- Saini L.K.Ei
- Saka H.Eu
- Sakharov A.Br
- Sakulin H.Cv
- Sakuma T.Fd
- Salazar Ibarguen H.A.Cb
- Salerno R.Ac
- Salfeld-Nebgen J.Ak
- Salur S.Fb
- Salva Diblen S.G
- Salvati E.Dx
- Salvini P.Bk
- Sammet J.Ah
- Sanabria J.C.Q
- Sanchez-Hernandez A.Bz
- Sander C.Al
- Sanders D.A.En
- Sanders S.Eh
- Sani M.Ds
- Santanastasio F.Bn
- Santaolalla J.K
- Santocchia A.Bl
- Santoro A.K
- Saoulidou N.Ao
- Sarangi T.Fi
- Sarkar S.Aw
- Sauvan J.B.Ac
- Savin A.Fi
- Savoy-Navarro A.Bm
- Savrin V.Co
- Saxena P.Ak
- Scarborough T.Dl
- Sch\ue4fer C.Cv
- Sch\uf6fbeck R.B
- Schael S.Ah
- Schettler H.Al
- Schizzi A.Bp
- Schleper P.Al
- Schlieckau E.Al
- Schmidt A.Al
- Schmidt R.Ak
- Schmitt M.Er
- Schmitz S.A.Ai
- Schnetzer S.Fb
- Schoerner-Sadenius T.Ak
- Schr\uf6der M.Ak
- Schwick C.Cv
- Scodellaro L.Cu
- Searle M.Dp
- Seez C.Dj
- Segala M.Do
- Seidel M.Al
- Seitz C.Ak
- Seixas J.Ci
- Sekaric J.Eh
- Sekmen S.Dd
- Selvaggi G.Bb
- Selvaggi M.H
- Semenov S.Cm
- Sen S.Ef
- Senkin S.Dh
- Seo H.Bw
- Serban A.T.Bm
- Seva T.F
- Sexton-Kennedy E.Dz
- Sgandurra L.Af
- Sguazzoni G.Be
- Shah M.A.Cf
- Shalhout S.Dp
- Sharan M.Aw
- Sharma A.Cv
- Sharma M.Ff
- Sharma S.Dz
- Sharma V.Av
- Sharma V.Ds
- Sharp P.Dj
- Shchutska L.Ea
- Sheldon P.Ff
- Shepherd-Themistocleous C.H.Di
- Shi X.Ew
- Shipsey I.Ew
- Shmatov S.Cj
- Shoaib M.Cf
- Shrestha S.Ei
- Shrinivas A.Dr
- Shukla P.Ax
- Shumeiko N.C
- Siegrist P.Cv
- Sigamani M.G
- Sikler F.Aq
- Silkworth C.Ee
- Silva P.Cv
- Silvers D.Ew
- Silvestris L.Bb
- Simon M.Cv
- Simon S.Ds
- Simonetto F.Bj
- Simonis H.J.Am
- Singh G.Bb
- Singh J.B.Au
- Singovsky A.Em
- Sinthuprasith T.Do
- Sirois Y.Ac
- Siroli G.P.Bc
- Sirunyan A.M.A
- Skatchkov N.Cj
- Skhirtladze N.Ei
- Skinnari L.Dx
- Skuja A.Ek
- Smirnov I.Ck
- Smirnov V.Cj
- Smith G.Et
- Smith J.Dp
- Smith J.G.Dw
- Smith V.J.Dh
- Smith W.H.Fi
- Snigirev A.Co
- Snook B.Ff
- Snow G.R.Eo
- Snowball M.Ea
- Soares M.S.Cr
- Sobol A.Cp
- Soffi L.Bn
- Sogut K.Dc
- Soha A.Dz
- Sola V.Al
- Solano A.Bo
- Somalwar S.Fb
- Son D.C.Br
- Song S.Bt
- Sonnenschein L.Ai
- Sordini V.Af
- Sorokin P.Dg
- Spagnolo P.Bm
- Spalding W.J.Dz
- Spanier S.Fc
- Spannagel S.Ak
- Speer T.Do
- Sperka D.Dn
- Sphicas P.Cv
- Spiegel L.Dz
- Spiezia A.Bl
- Spiga D.Cv
- Spiridonov A.Cm
- Spiropulu M.Du
- Squillacioti P.Bm
- Squires M.Dp
- Srimanobhas N.Db
- St. John J.Dn
- St\uf6ckli F.El
- Stadie H.Al
- Stahl A.Aj
- Staiano A.Bo
- Starodumov A.Cx
- Steggemann J.Cv
- Steinbr\ufcck G.Al
- Stenson K.Dw
- Stephans G.S.F.El
- Stickland D.Eu
- Stieger B.Cv
- Stiliaris E.Ao
- Stober F.M.Am
- Stolin V.Cm
- Stolp D.Dp
- Stone R.Fb
- Stoye M.Cv
- Stoykova S.M
- Stoynev S.Er
- Strauss J.B
- Stringer R.Eh
- Strobbe N.G
- Strom D.E
- Stuart D.Dt
- Stupak J.Ex
- Sturdy J.Fh
- Suarez Gonzalez J.C
- Suarez I.Fd
- Sudano E.Ds
- Sudhakar K.Ay
- Sudic L.T
- Sulak L.Dn
- Sulimov V.Ck
- Sultanov G.M
- Summers D.En
- Sumorok K.El
- Sumowidagdo S.Dr
- Sun W.Dx
- Sunar Cerci D.Dc
- Sung K.Er
- Surat U.E.Dd
- Suwonjandee N.Db
- Svintradze I.Ei
- Svyatkovskiy A.Ew
- Swain S.K.At
- Swanson J.Do
- Swartz M.Eg
- Symonds P.Dk
- Szillasi Z.Ar
- Szleper M.Cg
- Sznajder A.K
- Tabarelli de Fatis T.Bh
- Tadel M.Ds
- Takahashi M.Cx
- Takahashi Y.Cv
- Takasugi E.Dq
- Tali B.Dc
- Talvitie J.Aa
- Tambe N.Em
- Tamponi U.Bo
- Tan P.Ef
- Tao J.O
- Tapper A.Dj
- Taroni S.Cy
- Tatarinov A.Fd
- Taurok A.B
- Tavernier S.E
- Taylor L.Dz
- Tcholakov V.M
- Tenchini R.Bm
- Teo W.D.Dx
- Teodorescu L.Dk
- Teyssier D.Ai
- Th\ufcer S.Ai
- Thea A.Di
- Theofilatos K.Cx
- Thom J.Dx
- Thomas L.F
- Thomas S.Fb
- Thomassen P.Fb
- Thompson J.Dx
- Thyssen F.G
- Tiko A.X
- Timciuc V.Du
- Tiras E.Ef
- Titov M.Ab
- Tkaczyk S.Dz
- Tlisov D.Cl
- To W.Dt
- Tomalin I.R.Di
- Tonelli Manganote E.J.K
- Tonelli G.Bm
- Tonjes M.B.Ek
- Tonwar S.C.Ek
- Topakli H.Dc
- Topkar A.Ax
- Topsis-Giotis I.An
- Torassa E.Bj
- Toropin A.Cl
- Tosi M.Bj
- Tosi N.Bc
- Tosi S.Bg
- Tourtchanovitch L.Cp
- Traczyk P.Bn
- Tran N.V.Dz
- Travaglini R.Bc
- Treberer-Treberspurg W.B
- Treille D.Cv
- Tricomi A.Bd
- Trioss A.Bj
- Tripathi M.Dp
- Trocino D.Eq
- Trocsanyi Z.L.As
- Troendle D.Al
- Tropiano A.Be
- Troshin S.Cp
- Tsamalaidze Z.Ag
- Tsirou A.Cv
- Tu Y.Ds
- Tucker J.Dx
- Tully C.Eu
- Tumasyan A.A
- Tuo S.Ff
- Tuominen E.Z
- Tuominiemi J.Z
- Tuovinen E.Z
- Turkewitz J.Em
- Turner M.Dk
- Turner P.Ee
- Tuuva T.Aa
- Tuve C.Bd
- Tytgat M.G
- Tyurin N.Cp
- Tzeng Y.M.Da
- Ujvari B.As
- Ulmer K.A.Dw
- Ulrich R.Am
- Umer T.Bp
- Uplegger L.Dz
- Usai E.Al
- Uvarov L.Ck
- Uzunian A.Cp
- Vaandering E.W.Dz
- Valls N.Es
- Valuev V.Dq
- Van De Klundert M.D
- Van Doninck W.E
- Van Haevermaet H.D
- Van Hove P.Ad
- Van Mechelen P.D
- Van Mulders P.E
- Van Onsem G.P.E
- Van Remortel N.D
- Van Spilbeeck A.D
- Vander Donckt M.Af
- Vander Velde C.F
- Vanelderen L.Al
- Vanini S.Bj
- Vanlaer P.F
- Vardarl\u131 F.I.Df
- Varela J.Ci
- Varelas N.Ee
- Vargas Trevino A.D.R.Ak
- Vartak A.Ds
- Vavilov S.Ck
- Vazquez Acosta M.Dj
- Vazquez Valencia F.Ca
- Veelken C.Ac
- Veeraraghavan V.Ec
- Velasco M.Er
- Velicanu D.El
- Velkovska J.Ff
- Venditti R.Bb
- Ventura S.Bj
- Venturi A.Bm
- Verdier P.Af
- Verdini P.G.Bm
- Veres G.I.Cv
- Vergili M.Dc
- Vernieri C.Bm
- Verwilligen P.Bb
- Verzetti M.Cy
- Veszpremi V.Aq
- Vesztergombi G.Aq
- Veverka J.El
- Vidal Marono M.H
- Vidal R.Dz
- Vila I.Cu
- Vilar Cortabitarte R.Cu
- Vilela Pereira A.K
- Villella I.E
- Vinogradov A.Cn
- Virdee T.Dj
- Viret S.Af
- Vischia P.Ci
- Vishnevskiy D.Ez
- Vitulo P.Bk
- Vizan Garcia J.M.H
- Vlasov E.Cm
- Vlimant J.R.Cv
- Vogel H.Dv
- Volkov A.Cp
- Volobouev I.Fe
- Volpe R.Cz
- Vorobiev I.Dv
- Vorobyev A.Ck
- Vorobyev A.Ck
- Voutilainen M.Y
- Vuosalo C.Fi
- Vutova M.M
- W\uf6hri H.K.Cv
- W\ufcrthwein F.Ds
- Wagner S.R.Dw
- Wagner-Kuhr J.Am
- Walker M.Fb
- Wallny R.Cx
- Walsh R.Ak
- Waltenberger W.B
- Wang D.P
- Wang F.Ew
- Wang J.F
- Wang Q.Eh
- Wang R.-J.eq
- Wang X.O
- Wang Z.O
- Wardle N.Cv
- Wayand S.Am
- Wayne M.Es
- Weber H.A.Cx
- Weber H.Ah
- Weber M.Ai
- Weber M.Dq
- Weiler T.Am
- Weinberg M.Ec
- Welke C.Ds
- Wendland L.Z
- Weng Y.Dx
- Werner J.S.Eu
- West C.Dt
- Wetzel J.Ef
- Whitbeck A.Dz
- Whitmore J.Dz
- Wickramage N.Ay
- Wilbur S.Dp
- Wilken R.Da
- Wilkinson R.Du
- Williams T.Dh
- Wimpenny S.Dr
- Winer B.L.Et
- Winn D.Dy
- Winstrom L.Dx
- Wissing C.Ak
- Wittich P.Dx
- Wittmer B.Ah
- Wolf M.Es
- Wolf R.Am
- Wolfe H.Et
- Wollny H.Cv
- Wolszczak W.Ch
- Womersley W.J.Di
- Won S.Er
- Wood D.Eq
- Wood J.Fg
- Wood J.S.Eh
- Woodard A.Es
- Woods N.Fi
- Worm S.D.Di
- Wright D.Ej
- Wulsin H.W.Et
- Wulz C.-E.b
- Wyslouch B.El
- Xiao H.Af
- Xie S.Du
- Xie W.Ew
- Xu L.Ew
- Yagil A.Ds
- Yalvac M.Dd
- Yang F.Dz
- Yang M.El
- Yang Y.Cy
- Yazgan E.G
- Yelton J.Ea
- Yetkin T.Ef
- Yi K.Ef
- Yilmaz Y.Ac
- Yohay R.Dp
- Yoo H.D.Ew
- Yoo J.Ds
- Yoon A.S.El
- York A.Fc
- Yu I.Bw
- Yu S.S.Cz
- Yumiceva F.Ed
- Zabel J.Ey
- Zabi A.Ac
- Zablocki J.Ew
- Zaganidis N.G
- Zakaria M.Ea
- Zalewski P.Cg
- Zanetti A.Bp
- Zanetti M.El
- Zarubin A.Cj
- Zeinali M.Az
- Zenz S.C.Dj
- Zeuner W.D.Cv
- Zeyrek M.Dd
- Zhang J.Eq
- Zhang L.P
- Zheng Y.Ew
- Zhokin A.Cm
- Zhu R.Y.Du
- Zhukov V.Ah
- Zhukova V.El
- Zito G.Bb
- Zotto P.Bj
- Zou W.P
- Zsigmond A.J.Aq
- Zucchetta A.Bj
- Zuranski A.Eu
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2014
- Field of study
Published by the American Physical Society under the terms of the Creative Commons Attribution 3.0 License. Further distribution of this work must maintain attribution to the author(s) and the published articles title, journal citation, and DOI.The first search at the LHC for the extinction of QCD jet production is presented, using data collected with the CMS detector corresponding to an integrated luminosity of 10.7ââfbâ1 of proton-proton collisions at a center-of-mass energy of 8 TeV. The extinction model studied in this analysis is motivated by the search for signatures of strong gravity at the TeV scale (terascale gravity) and assumes the existence of string couplings in the strong-coupling limit. In this limit, the string model predicts the suppression of all high-transverse-momentum standard model processes, including jet production, beyond a certain energy scale. To test this prediction, the measured transverse-momentum spectrum is compared to the theoretical prediction of the standard model. No significant deficit of events is found at high transverse momentum. A 95% confidence level lower limit of 3.3 TeV is set on the extinction mass scale
Demografia do perfilhamento e taxas de acĂșmulo de matĂ©ria seca em capim 'Tifton 85' sob pastejo
- Author
- ALVIM M.J.
- André Fischer Sbrissia
- ANSLOW R.C.
- BULLOCK J.M.
- BURTON G.W.
- Carlos Augusto BrandĂŁo de Carvalho
- Carlos Guilherme Silveira Pedreira
- CARNEVALLI R.A.
- CHAPMAN D.F.
- Da SILVA S.C.
- DAVIES A.
- DAVIES A.
- DAVIES D.A.
- DEREGIBUS V.A.
- FAGUNDES J.L.
- FRAME J.
- GAUTIER H.
- GRANT S.A.
- HERNANDEZ GARRAY A.
- HODGSON J.
- HUMPHREYS L.R.
- Jailson Lara Fagundes
- KORTE C.J.
- KORTE C.J.
- KORTE C.J.
- L'HUILLIER P.J.
- LANGER R.H.M.
- LANGER R.H.M.
- LANGER R.H.M.
- LANGER R.H.M.
- LEMAIRE G.
- Luiz Felipe de Moura Pinto
- MATTHEW C.
- MATTHEW C.
- MATTHEW C.
- MITCHELL K.J.
- NELSON C.J.
- OMETTO J.C.
- ONG C.K.
- Roberta Aparecida Carnevalli
- Sila Carneiro da Silva
- WADE M.H.
- WADE M.H.
- WESTOBY M.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Effects of dispersal, shrubs, and density-dependent mortality on seed and seedling distributions in temperate forests
- Author
- Augspurger C.K.
- Baker T.T.
- Beckage B.
- Burton P.J.
- Carlton G.C.
- Carter Johnson W.
- Cavers P.B.
- Cintra R.
- Clark D.A.
- Clark J.S.
- Clark J.S.
- Clark J.S.
- Clark J.S.
- Clinton B.D.
- Clinton G.D.
- Coley P.D.
- Eriksson O.
- George L.O.
- George L.O.
- Givnish T.J.
- Greene D.F.
- Grubb P.J.
- Harms K.E.
- Hille Ris Lambers J.
- Hurtt G.C.
- Hutchinson G.E.
- James S Clark
- Janneke Hille Ris Lambers
- Janzen D.H.
- Jones R.H.
- Jones R.H.
- Jurado E.
- Kobe R.K.
- Leishman M.R.
- Monk C.D.
- Nilsen E.T.
- Okuda T.
- Pacala S.P.
- Pacala S.W.
- Pacala S.W.
- Packer A.
- Philips D.L.
- Plotkin J.B.
- Ribbens E.
- Saverimuttu T.
- Shmida A.
- Smith C.C.
- Streng D.R.
- Takahashi K.
- Thompson K.
- Tilman D.
- Tilman D.
- Wada N.
- Webb C.O.
- Whittaker R.J.
- Woods F.W.
- Publication venue
- 'Canadian Science Publishing'
- Publication date
- Field of study
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