17 research outputs found
Search for electroweak production of single top quarks in ppˉ​ collisions.
- Author
- Abbott B.
- Abolins M.
- Abramov V.
- Acharya B.S.
- Adams D.L.
- Adams M.
- Alves G.A.
- Amos N.
- Anderson E.W.
- Baarmand M.M.
- Babintsev V.V.
- Babukhadia L.
- Baden A.
- Baldin B.
- Balm P.W.
- Banerjee S.
- Bantly J.
- Barberis E.
- Baringer P.
- Bartlett J.F.
- Bassler U.
- Bean A.
- Begel M.
- Belyaev A.
- Beri S.B.
- Bernardi G.
- Bertram I.
- Besson A.
- Bezzubov V.A.
- Bhat P.C.
- Bhatnagar V.
- Bhattacharjee M.
- Blazey G.
- Blessing S.
- Boehnlein A.
- Bojko N.I.
- Boos E.E.
- Borcherding F.
- Brandt A.
- Breedon R.
- Briskin G.
- Brock R.
- Brooijmans G.
- Bross A.
- Buchholz D.
- Buehler M.
- Buescher V.
- Burtovoi V.S.
- Butler J.M.
- Canelli F.
- Carvalho W.
- Casey D.
- Casilum Z.
- Castilla-Valdez H.
- Chakraborty D.
- Chan K.M.
- Chekulaev S.V.
- Cho D.K.
- Choi S.,
- Chopra S.
- Christenson J.H.
- Chung M.
- Claes D.
- Clark A.R.
- Cochran J.
- Coney L.
- Connolly B.
- Cooper W.E.
- Coppage D.
- Cummings M.A.C.
- Cutts D.
- da Motta H.
- Dahl O.I.
- Davis G.A.
- Davis K.
- De K.
- del Signore K.
- Demarteau M.
- Demina R.
- Demine P.
- Denisov D.
- Denisov S.P.
- Desai S.
- Di Loreto G.
- Diehl H.T.
- Diesburg M.
- Doulas S.
- Draper P.
- Ducros Y.
- Dudko L.V.
- Duensing S.
- Dugad S.R.
- Dyshkant A.
- Edmunds D.
- Ellison J.
- Elvira V.D.
- Engelmann R.
- Eno S.
- Eppley G.
- Ermolov P.
- Eroshin O.V.
- Estrada J.
- Evans H.
- Evdokimov V.N.
- Fahland T.
- Feher S.
- Fein D.
- Ferbel T.
- Fisk H.E.
- Fisyak Y.
- Flattum E.
- Fleuret F.
- Fortner M.
- Frame K.C.
- Fuess S.
- Gallas E.
- Galyaev A.N.
- Gartung P.
- Gavrilov V.
- Genik R.J.
- Genser K.
- Gerber C.E.
- Gershtein Y.
- Gibbard B.
- Gilmartin R.
- Ginther G.
- Gomez B.
- Gomez G.
- Goncharov P.I.
- Gonzalez Sols J.L.
- Gordon H.
- Goss L.T.
- Gounder K.
- Goussiou A.
- Graf N.
- Graham G.
- Grannis P.D.
- Green J.A.
- Greenlee H.
- Grinstein S.
- Groer L.
- Grudberg P.
- Grunendahl S.
- Gupta Anupam
- Gurzhev S.N.
- Gutierrez G.
- Gutierrez P.
- Hadley N.J.
- Haggerty H.
- Hagopian S.
- Hagopian V.
- Hahn K.S.
- Hall R.E.
- Hanlet P.
- Hansen Scott
- Hauptman J.M.
- Hays C.
- Hebert Christian
- Hedin D.
- Heinson A.P.
- Heintz U.
- Heuring T.
- Hirosky R.
- Hobbs J.D.
- Hoeneisen B.
- Hoftun J.S.
- Hou S.
- Huang Yue
- Ito A.S.
- Jerger S.A.
- Jesik R.
- Johns K.
- Johnson M.
- Jonckheere A.
- Jones M.,
- Jostlein H.
- Juste A.
- Kahn S.
- Kajfasz E.
- Karmanov D.
- Karmgard D.
- Kehoe R.
- Kim S.K.
- Klima B.
- Klopfenstein C.
- Knuteson B.
- Ko W.
- Kohli J.M.
- Kostritskiy A.V.
- Kotcher J.
- Kotwal A.V.
- Kozelov A.V.
- Kozlovsky E.A.
- Krane J.
- Krishnaswamy M.R.
- Krzywdzinski S.
- Kubantsev M.
- Kuleshov S.
- Kulik Y.
- Kunori S.
- Kuznetsov V.E.
- Landsberg G.
- Leflat A.
- Lehner F.
- Li J.
- Li Q.Z.
- Lima J.G.R.
- Lincoln D.
- Linn S.L.
- Linnemann J.
- Lipton R.
- Lucotte A.
- Lueking L.
- Lundstedt C.
- Maciel A.K.A.
- Madaras R.J.
- Manankov V.
- Mao H.S.
- Marshall T.
- Martin M.I.
- Martin R.D.
- Mauritz K.M.
- May B.
- Mayorov A.A.
- Mccarthy R.
- Mcdonald J.
- Mcmahon T.
- Melanson H.L.
- Meng X.C.
- Merkin M.
- Merritt K.W.
- Miao C.
- Miettinen H.
- Mihalcea D.
- Mincer A.
- Mishra C.S.
- Mokhov N.
- Mondal N.K.
- Montgomery H.E.
- Moore R.W.
- Mostafa M.
- Nagy E.
- Nang F.
- Narain M.
- Narasimham V.S.
- Neal H.A.
- Negret J.P.
- Negroni S.
- Norman D.
- Oesch L.
- Oguri V.
- Olivier B.
- Oshima N.
- Padley P.
- Para A.
- Parashar N.
- Partridge R.
- Parua N.
- Paterno M.
- Patwa A.
- Pawlik B.
- Perkins J.
- Peters M.
- Peters O.
- Piegaia R.
- Piekarz H.
- Pope B.G.
- Popkov E.
- Prosper H.B.
- Protopopescu S.
- Qian J.
- Quintas P.Z.
- Raja R.
- Rajagopalan S.
- Ramberg E.
- Rapidis P.A.
- Reay N.W.
- Reucroft S.
- Rha J.
- Rijssenbeek M.
- Rockwell T.
- Roco M.
- Rubinov P.
- Ruchti R.
- Rutherfoord J.
- Santoro A.
- Sawyer L.
- Schamberger R.D.
- Schellman H.
- Schwartzman A.
- Sculli J.
- Sen N.
- Shabalina E.
- Shankar H.C.
- Shivpuri R.K.
- Shpakov D.
- Shupe M.
- Sidwell R.A.
- Simak V.
- Singh H.
- Singh J.B.
- Sirotenko V.
- Slattery P.
- Smith E.
- Smith R.P.
- Snihur R.
- Snow G.R.
- Snow J.
- Snyder S.
- Solomon J.
- Sorn V.
- Sosebee M.
- Sotnikova N.
- Soustruznik K.
- Souza M.
- Stanton N.R.
- Steinbruck G.
- Stephens R.W.
- Stevenson M.L.
- Stichelbaut F.
- Stoker D.
- Stolin V.
- Stoyanova D.A.
- Strauss M.
- Streets K.
- Strovink M.
- Stutte L.
- Sznajder A.
- Taylor W.
- Tentindo-Repond S.
- Thompson J.
- Toback D.
- Tripathi S.M.
- Trippe T.G.
- Turcot A.S.
- Tuts P.M.
- van Gemmeren P.
- van Kooten R.
- Vanev V.
- Varelas N.
- Volkov A.A.
- Vorobev A.P.
- Wahl H.D.
- Wang H.
- Wang Z.M.
- Warchol J.
- Watts G.
- Wayne M.
- Weerts H.
- White A.
- White J.T.
- Whiteson D.
- Wightman J.A.
- Wijngaarden D.A.
- Willis S.
- Wimpenny S.J.
- Wirjawan J.V.D.
- Womersley J.
- Wood D.R.
- Yamada R.
- Yamin P.
- Yasuda T.
- Yip K.
- Youssef S.
- Yu J.
- Yu Z.
- Zanabria M.
- Zheng H.
- Zhou Z.
- Zhu Z.H.
- Zielinski M.
- Zieminska D.
- Zieminski A.
- Zutshi V.
- Zvere E.G.
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2001
- Field of study
Get PDFWe present a search for electroweak production of single top quarks in the electron+jets and muon+jets decay channels. The measurements use ~90 pb^-1 of data from Run 1 of the Fermilab Tevatron collider, collected at 1.8 TeV with the DZero detector between 1992 and 1995. We use events that include a tagging muon, implying the presence of a b jet, to set an upper limit at the 95% confidence level on the cross section for the s-channel process ppbar->tb+X of 39 pb. The upper limit for the t-channel process ppbar->tqb+X is 58 pb. (arXiv
Impact of surgical treatment on the performance status of patients with high-grade gliomas
- Publication venue
- 'Informa UK Limited'
- Publication date
- Field of study
No full textA direct measurement of w boson decay width
- Author
- Abazov V.M.
- Abbott B.
- Abdesselam Abdelmalek
- Abolins M.
- Abramov V.
- Acharya B.S.
- Adams D.L.
- Adams M.
- Ahmed S.N.
- Alexeev G.D.
- Alton A.
- Alves G.A.
- Amidi E.
- Amos N.
- Anderson E.W.
- Arnoud Y.
- Avila C.
- Baarmand M.M.
- Babintsev V.V.
- Babukhadia L.
- Bacon T.C.
- Baden A.
- Balamurali V.
- Baldin B.
- Balm P.W.
- Banerjee S.
- Bantly J.
- Barberis E.
- Baringer P.
- Barreto J.
- Bartlett J.F.
- Bassler U.
- Bauer D.
- Bean A.
- Beaudette F.
- Begel M.
- Belyaev A.
- Beri S.B.
- Bernardi G.
- Bertram I.
- Besson A.
- Beuselinck R.
- Bezzubov V.A.
- Bhat P.C.
- Bhatnagar V.
- Bhattacharjee M.
- Blazey G.
- Blekman F.
- Blessing S.
- Boehnlein A.
- Bojko N.I.
- Bolton T.A.
- Borcherding F.
- Bos K.
- Bose T.
- Brandt A.
- Breedon R.
- Briskin G.
- Brock R.
- Brooijmans G.
- Bross A.
- Buchholz D.
- Buehler M.
- Buescher V.
- Burtovoi V.S.
- Butler J.M.
- Canelli F.
- Carvalho W.
- Casey D.
- Casilum Z.
- Castilla-Valdez H.
- Chakraborty D.
- Chan K.M.
- Chang S.M.
- Chekulaev S.V.
- Cho D.K.
- Choi S.,
- Chopra S.
- Christenson J.H.
- Chung M.
- Claes D.
- Clark A.R.
- Cobau W.G.
- Cochran J.
- Coney L.
- Connolly B.
- Cooper W.E.
- Coppage D.
- Crepe-Renaudin S.
- Cretsinger C.
- Cutts D.
- da Motta H.
- Davis G.A.
- de Jong S.J.
- De K.
- Demarteau M.
- Demina R.
- Demine P.
- Denisov D.
- Denisov S.P.
- Desai S.
- Diehl H.T.
- Diesburg M.
- Doulas S.
- Ducros Y.
- Dudko L.V.
- Duensing S.
- Duflot L.
- Dugad S.R.
- Duperrin A.
- Dyshkant A.
- Edmunds D.
- Ellison J.
- Eltzroth J.T.
- Elvira V.D.
- Engelmann R.
- Eno S.
- Eppley G.
- Ermolov P.
- Eroshin O.V.
- Estrada J.
- Evans H.
- Evdokimov V.N.
- Fahland T.
- Fein D.
- Ferbel T.
- Filthaut F.
- Fisk H.E.
- Fisyak Y.
- Flattum E.
- Fleuret F.
- Fortner M.
- Fox H.
- Frame K.C.
- Fu S.
- Fuess S.
- Gallas E.
- Galyaev A.N.
- Gao M.
- Gavrilov V.
- Genik R.J.
- Genser K.
- Gerber C.E.
- Gershtein Y.
- Gilmartin R.
- Ginther G.
- Gomez B.
- Goncharov P.I.
- Gordon H.
- Goss L.T.
- Gounder K.
- Goussiou A.
- Graf N.
- Grannis P.D.
- Green J.A.
- Greenlee H.
- Greenwood Z.D.
- Grinstein S.
- Groer L.
- Grunendahl S.
- Gupta Anupam
- Gurzhev S.N.
- Gutierrez G.
- Gutierrez P.
- Hadley N.J.
- Haggerty H.
- Hagopian S.
- Hagopian V.
- Hall R.E.
- Hansen Scott
- Hauptman J.M.
- Hays C.
- Hebert Christian
- Hedin D.
- Heinmiller J.M.
- Heinson A.P.
- Heintz U.
- Hildreth M.D.
- Hirosky R.
- Hobbs J.D.
- Hoeneisen B.
- Huang Yue
- Iashvili I.
- Illingworth R.
- Ito A.S.
- Jaffre M.
- Jain S.
- Jesik R.
- Johns K.
- Johnson M.
- Jonckheere A.
- Jones M.,
- Jostlein H.
- Juste A.
- Kahl W.
- Kahn S.
- Kajfasz E.
- Kalinin A.M.
- Karmanov D.
- Karmgard D.
- Kehoe R.
- Khanov A.
- Kharchilava A.
- Kim S.K.
- Klima B.
- Knuteson B.
- Ko W.
- Kohli J.M.
- Kostritskiy A.V.
- Kotcher J.
- Kothari B.
- Kotwal A.V.
- Kozelov A.V.
- Kozlovsky E.A.
- Krane J.
- Krishnaswamy M.R.
- Krivkova P.
- Krzywdzinski S.
- Kubantsev M.
- Kuleshov S.
- Kulik Y.
- Kunori S.
- Kupco A.
- Kuznetsov V.E.
- Landsberg G.
- Lee W.M.
- Leflat A.
- Leggett C.
- Lehner F.
- Leonidopoulos C.
- Li J.
- Li Q.Z.
- Lima J.G.R.
- Lincoln D.
- Linn S.L.
- Linnemann J.
- Lipton R.
- Lucotte A.
- Lueking L.
- Lundstedt C.
- Luo C.
- Maciel A.K.A.
- Madaras R.J.
- Malyshev V.L.
- Manankov V.
- Mao H.S.
- Marshall T.
- Martin M.I.
- Mayorov A.A.
- Mccarthy R.
- Mcmahon T.
- Melanson H.L.
- Merkin M.
- Merritt K.W.
- Miao C.
- Miettinen H.
- Mihalcea D.
- Mishra C.S.
- Mokhov N.
- Mondal N.K.
- Montgomery H.E.
- Moore R.W.
- Mostafa M.
- Mutaf Y.
- Nagy E.
- Nang F.
- Narain M.
- Narasimham V.S.
- Naumann N.A.
- Neal H.A.
- Negret J.P.
- Nomerotski A.
- Nunnemann T.
- O'Neil D.
- Oguri V.
- Olivier B.
- Oshima N.
- Padley P.
- Pan L.J.
- Papageorgiou K.
- Parashar N.
- Partridge R.
- Parua N.
- Paterno M.
- Patwa A.
- Pawlik B.
- Peters O.
- Petroff P.
- Piegaia R.
- Pope B.G.
- Popkov E.
- Prosper H.B.
- Protopopescu S.
- Przybycien M.B.
- Qian J.
- Raja R.
- Rajagopalan S.
- Ramberg E.
- Rapidis P.A.
- Reay N.W.
- Reucroft S.
- Ridel M.
- Rijssenbeek M.
- Rizatdinova F.
- Rockwell T.
- Roco M.
- Royon C.
- Rubinov P.
- Ruchti R.
- Rutherfoord J.
- Sabirov B.M.
- Sajot G.
- Santoro A.
- Sawyer L.
- Schamberger R.D.
- Schellman H.
- Schwartzman A.
- Sen N.
- Shabalina E.
- Shivpuri R.K.
- Shpakov D.
- Shupe M.
- Sidwell R.A.
- Simak V.
- Singh H.
- Sirotenko V.
- Slattery P.
- Smith E.
- Smith R.P.
- Snihur R.
- Snow G.R.
- Snow J.
- Snyder S.
- Solomon J.
- Song Y.
- Sorn V.
- Sosebee M.
- Sotnikova N.
- Soustruznik K.
- Souza M.
- Stanton N.R.
- Steinbruck G.
- Stephens R.W.
- Stewart D.
- Stoker D.
- Stolin V.
- Stone A.
- Stoyanova D.A.
- Strang M.A.
- Strauss M.
- Strovink M.
- Stutte L.
- Sznajder A.
- Talby M.
- Tamburello P.
- Taylor W.
- Tentindo-Repond S.
- Thompson J.
- Tripathi S.M.
- Trippe T.G.
- Turcot A.S.
- Tuts P.M.
- van Kooten R.
- Vanev V.
- Varelas N.
- Varnes E.W.
- Vertogradov L.S.
- Villeneuve-Seguier F.
- Volkov A.A.
- Vorobev A.P.
- Wahl H.D.
- Wang H.
- Wang Z.M.
- Warchol J.
- Watts G.
- Wayne M.
- Weerts H.
- White A.
- White J.T.
- Whiteson D.
- Wijngaarden D.A.
- Willis S.
- Wimpenny S.J.
- Womersley J.
- Won E.
- Wood D.R.
- Xu H.
- Xu Q.
- Yamada R.
- Yamin P.
- Yasuda T.
- Yatsunenko Y.A.
- Yip K.
- Yoshikawa C.
- Youssef S.
- Yu J.
- Zanabria M.
- Zhang X.
- Zheng H.
- Zhou B.
- Zhou Z.
- Zhu Z.H.
- Zielinski M.
- Zieminska D.
- Zieminski A.
- Zutshi V.
- Zverev E.G.
- Zylberstejn A.
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2002
- Field of study
Get PDFBased on 85 pb−1 data of \ppbar collisions at s​=1.8 \tev\ collected using the D{\O}detector at Fermilab during the 1994-1995 run of the Tevatron, we present a direct measurement of the total decay width of the \wb\ boson, ΓW​. The width is determined from the transverse mass spectrum in the W→e+νe​ decay channel and found to be ΓW​=2.23−0.14+0.15​(stat.)±0.10(syst.)GeV, consistent with the expectation from the standard model
