Measurement of the inclusive jet cross section in p(p)over-bar interactions at root S=1.96 TeV using a cone-based jet algorithm RID G-1087-2011 RID E-4473-2011
- Abulencia A
- Acosta D
- Adelman J
- Affolder T
- Akimoto T
- Albrow MG
- Ambrose D
- Amerio S
- Amidei D
- Anastassov A
- Anikeev K
- Annovi A
- Antos J
- Aoki M
- Apollinari G
- Arguin JF
- Arisawa T
- Artikov A
- Ashmanskas W
- Attal A
- Azfar F
- Azzi Bacchetta P
- Azzurri P
- Bacchetta N
- Bachacou H
- Badgett W
- Barbaro Galtieri A
- Barnes VE
- Barnett BA
- Baroiant S
- Bartsch V
- Bauer G
- Bedeschi F
- Behari S
- Belforte S
- Bellettini G
- Bellinger J
- Belloni A
- Ben Haim E
- Benjamin D
- Beretvas A
- Beringer J
- Berry T
- Bhatti A
- Binkley M
- Bisello D
- Bishai M
- Blair RE
- Blocker C
- Bloom K
- Blumenfeld B
- Bocci A
- Bodek A
- Boisvert V
- Bolla G
- Bolshov A
- Bortoletto D
- Boudreau J
- Bourov S
- Boveia A
- Brau B
- Bromberg C
- Brubaker E
- Budagov J
- Budd HS
- Budd S
- Burkett K
- Busetto G
- Bussey P
- Byrum KL
- Cabrera S
- Campanelli M
- Campbell M
- Canelli F
- Canepa A
- Carlsmith D
- Carosi R
- Carron S
- Casarsa M
- Castro A
- Catastini P
- Cauz D
- Cavalli Sforza M
- Cerri A
- Cerrito L
- Chang SH
- Chapman J
- Chen YC
- Chertok M
- Chiarelli G
- Chlachidze G
- Chlebana F
- Cho I
- Cho K
- Chokheli D
- Chou JP
- Chu PH
- Chuang SH
- Chung K
- Chung WH
- Chung YS
- Ciljak M
- Ciobanu CI
- Ciocci MA
- Clark A
- Clark D
- Coca M
- Connolly A
- Convery ME
- Conway J
- Cooper B
- Copic K
- Cordelli M
- Cortiana G
- Cruz A
- Cuevas J
- Culbertson R
- Cyr D
- DaRonco S
- D'Auria S
- D'onofrio M
- Dagenhart D
- de Barbaro P
- De Cecco S
- Deisher A
- De Lentdecker G
- Dell'Orso M
- Demers S
- Demortier L
- Deng J
- Deninno M
- De Pedis D
- Derwent PF
- Dionisi C
- Dittmann JR
- DiTuro P
- Dorr C
- Dominguez A
- Donati S
- Donega M
- Dong P
- Donini J
- Dorigo T
- Dube S
- Ebina K
- Efron J
- Ehlers J
- Erbacher R
- Errede D
- Errede S
- Eusebi R
- Fang HC
- Farrington S
- Fedorko I
- Fedorko WT
- Feild RG
- Feindt M
- Fernandez JP
- Field R
- Flanagan G
- Flores Castillo LR
- Foland A
- Forrester S
- Foster GW
- Franklin M
- Freeman JC
- Fujii Y
- Furic I
- Gajjar A
- Gallinaro M
- Galyardt J
- Garcia JE
- Sciveres MG
- Garfinkel AF
- Gay C
- Gerberich H
- Gerchtein E
- Gerdes D
- Giagu S
- Giannetti P
- Gibson A
- Gibson K
- Ginsburg C
- Giolo K
- Giordani M
- Giunta M
- Giurgiu G
- Glagolev V
- Glenzinski D
- Gold M
- Goldschmidt N
- Goldstein J
- Gomez G
- Gomez Ceballos G
- Goncharov M
- Gonzalez O
- Gorelov I
- Goshaw AT
- Gotra Y
- Goulianos K
- Gresele A
- Griffiths M
- Grinstein S
- Grosso Pilcher C
- Grundler U
- da Costa JG
- Haber C
- Hahn SR
- Hahn K
- Hamilton A
- Han BY
- Handler R
- Happacher F
- Hara K
- Hare M
- Harper S
- Harr RF
- Harris RM
- Hatakeyama K
- Hauser J
- Hays C
- Hayward H
- Heijboer A
- Heinemann B
- Heinrich J
- Hennecke M
- Herndon M
- Heuser J
- Hidas D
- Hill CS
- Hirschbuehl D
- Hocker A
- Holloway A
- Hou S
- Houlden M
- Hsu SC
- Huffman BT
- Hughes RE
- Huston J
- Ikado K
- Incandela J
- Introzzi G
- Iori M
- Ishizawa Y
- Ivanov A
- Iyutin B
- James E
- Jang D
- Jayatilaka B
- Jeans D
- Jensen H
- Jeon EJ
- Jones M
- Joo KK
- Jun SY
- Junk TR
- Kamon T
- Kang J
- Karagoz Unel M
- Karchin PE
- Kato Y
- Kemp Y
- Kephart R
- Kerzel U
- Khotilovich V
- Kilminster B
- Kim DH
- Kim HS
- Kim JE
- Kim MJ
- Kim MS
- Kim SB
- Kim SH
- Kim YK
- Kirby M
- Kirsch L
- Klimenko S
- Klute M
- Knuteson B
- Ko BR
- Kobayashi H
- Kondo K
- Kong DJ
- Konigsberg J
- Kordas K
- Korytov A
- Kotwal AV
- Kovalev A
- Kraus J
- Kravchenko I
- Kreps M
- Kreymer A
- Kroll J
- Krumnack N
- Kruse M
- Krutelyov V
- Kuhlmann SE
- Kusakabe Y
- Kwang S
- Laasanen AT
- Lai S
- Lami S
- Lammel S
- Lancaster M
- Lander RL
- Lannon K
- Lath A
- Latino G
- Lazzizzera I
- Lecci C
- LeCompte T
- Lee J
- Lee J
- Lee SW
- Lefevre R
- Leonardo N
- Leone S
- Levy S
- Lewis JD
- Li K
- Lin C
- Lin CS
- Lindgren M
- Lipeles E
- Liss TM
- Lister A
- Litvintsev DO
- Liu T
- Liu Y
- Lockyer NS
- Loginov A
- Loreti M
- Loverre P
- Lu RS
- Lucchesi D
- Lujan P
- Lukens P
- Lungu G
- Lyons L
- Lys J
- Lysak R
- Lytken E
- Mack P
- MacQueen D
- Madrak R
- Maeshima K
- Maksimovic P
- Manca G
- Margaroli F
- Marginean R
- Marino C
- Martin A
- Martin M
- Martin V
- Martinez M
- Maruyama T
- Matsunaga H
- Mattson ME
- Mazini R
- Mazzanti P
- McFarland S
- McGivern D
- McIntyre P
- McNamara P
- McNulty R
- Mehta A
- Menzemer S
- Menzione A
- Merkel P
- Mesropian C
- Messina A
- von der Mey M
- Miao T
- Miladinovic N
- Miles J
- Miller R
- Miller JS
- Mills C
- Milnik M
- Miquel R
- Miscetti S
- Mitselmakher G
- Miyamoto A
- Moggi N
- Mohr B
- Moore R
- Fernandez PM
- Mulmenstadt J
- Mukherjee A
- Mulhearn M
- Muller T
- Mumford R
- Murat P
- Nachtman J
- Nahn S
- Nakano I
- Napier A
- Naumov D
- Necula V
- Neu C
- Neubauer MS
- Nielsen J
- Nigmanov T
- Nodulman L
- Norniella O
- Ogawa T
- Oh SH
- Oh YD
- Okusawa T
- Oldeman R
- Orava R
- Osterberg K
- Pagliarone C
- Palencia E
- Paoletti R
- Papadimitriou V
- Papikonomou A
- Paramonov AA
- Parks B
- Pashapour S
- Patrick J
- Pauletta G
- Paulini M
- Paus C
- Pellett DE
- Penzo A
- Phillips TJ
- Piacentino G
- Piedra J
- Pitts K
- Plager C
- Pondrom L
- Pope G
- Portell X
- Poukhov O
- Pounder N
- Prakoshyn F
- Pronko A
- Proudfoot J
- Ptohos F
- Punzi G
- Pursley J
- Rademacker J
- Rahaman A
- Rakitin A
- Rappoccio S
- Ratnikov F
- Reisert B
- Rekovic V
- Remortel NV
- Renton P
- Rescigno M
- Richter S
- Rimondi F
- Rinnert K
- Ristori L
- Robertson WJ
- Robson A
- Rodrigo T
- Rogers E
- Rolli S
- Roser R
- Rossi M
- Rossin R
- Rott C
- Ruiz A
- Russ J
- Rusu V
- Ryan D
- Saarikko H
- Sabik S
- Safonov A
- Sakumoto WK
- Salamanna G
- Salto O
- Saltzberg D
- Sanchez C
- Santi L
- Sarkar S
- Sato K
- Savard P
- Savoy Navarro A
- Scheidle T
- Schlabach P
- Schmidt EE
- Schmidt MP
- Schmitt M
- Schwarz T
- Scodellaro L
- Scott AL
- Scribano A
- Scuri F
- Sedov A
- Seidel S
- Seiya Y
- Semenov A
- Semeria F
- Sexton Kennedy L
- Sfiligoi I
- Shapiro MD
- Shears T
- Shepard PF
- Sherman D
- Shimojima M
- Shochet M
- Shon Y
- Shreyber I
- Sidoti A
- Sill A
- Sinervo P
- Sisakyan A
- Sjolin J
- Skiba A
- Slaughter AJ
- Sliwa K
- Smirnov D
- Smith JR
- Snider FD
- Snihur R
- Soderberg M
- Soha A
- Somalwar S
- Sorin V
- Spalding J
- Spinella F
- Squillacioti P
- Stanitzki M
- Staveris Polykalas A
- Denis RS
- Stelzer B
- Stelzer Chilton O
- Stentz D
- Strologas J
- Stuart D
- Suh JS
- Sukhanov A
- Sumorok K
- Sun H
- Suzuki T
- Taffard A
- Tafirout R
- Takashima R
- Takeuchi Y
- Takikawa K
- Tanaka M
- Tanaka R
- Tecchio M
- Teng PK
- Terashi K
- Tether S
- Thom J
- Thompson AS
- Thomson E
- Tipton P
- Tiwari V
- Tkaczyk S
- Toback D
- Tollefson K
- Tomura T
- Tonelli D
- Tonnesmann M
- Torre S
- Torretta D
- Tourneur S
- Trischuk W
- Tsuchiya R
- Tsuno S
- Turini N
- Ukegawa F
- Unverhau T
- Uozumi S
- Usynin D
- Vacavant L
- Vaiciulis A
- Vallecorsa S
- Varganov A
- Vataga E
- Velev G
- Veramendi G
- Veszpremi V
- Vickey T
- Vidal R
- Vila I
- Vilar R
- Vollrath I
- Volobouev I
- Wurthwein F
- Wagner P
- Wagner RG
- Wagner RL
- Wagner W
- Wallny R
- Walter T
- Wan Z
- Wang MJ
- Wang SM
- Warburton A
- Ward B
- Waschke S
- Waters D
- Watts T
- Weber M
- Wester WC
- Whitehouse B
- Whiteson D
- Wicklund AB
- Wicklund E
- Williams HH
- Wilson P
- Winer BL
- Wittich P
- Wolbers S
- Wolfe C
- Worm S
- Wright T
- Wu X
- Wynne SM
- Yagil A
- Yamamoto K
- Yamaoka J
- Yamashita Y
- Yang C
- Yang UK
- Yao WM
- Yeh GP
- Yoh J
- Yorita K
- Yoshida T
- Yu I
- Yu SS
- Yun JC
- Zanello L
- Zanetti A
- Zaw I
- Zetti F
- Zhang X
- Zhou J
- Zucchelli S.
- MORELLO, MICHAEL JOSEPH
Publication date
January 2006
DOIAbstract
We present a measurement of the inclusive jet cross section in p (p) over bar interactions at root s>=1.96 TeV using 385 pb(-1) of data collected with the CDF II detector at the Fermilab Tevatron. The results are obtained using an improved cone-based jet algorithm (Midpoint). The data cover the jet transverse momentum range from 61 to 620 GeV/c, extending the reach by almost 150 GeV/c compared with previous measurements at the Tevatron. The results are in good agreement with next-to-leading order perturbative QCD predictions using the CTEQ6.1M parton distribution functions
Add to ORKG