100 research outputs found
The Treatment Benefit of Ghrelin on a Mouse Model of Inherited Dilated Cardiomyopathy Caused by Troponin Mutation
- Author
- Publication venue
- Biophysical Society. Published by Elsevier Inc.
- Publication date
- 27/01/2015
- Field of study
Pulmonary Macrophages Attenuate Hypoxic Pulmonary Vasoconstriction via beta(3)AR/iNOS Pathway in Rats Exposed to Chronic Intermittent Hypoxia
- Author
- Publication venue
- 'Public Library of Science (PLoS)'
- Publication date
- 01/01/2015
- Field of study
Chronic intermittent hypoxia (IH) induces activation of the sympathoadrenal system, which plays a pivotal role in attenuating hypoxic pulmonary vasoconstriction (HPV) via central beta(1)-adrenergic receptors (AR) (brain) and peripheral beta(2)AR (pulmonary arteries). Prolonged hypercatecholemia has been shown to upregulate beta(3)AR. However, the relationship between IH and beta(3)AR in the modification of HPV is unknown. It has been observed that chronic stimulation of beta(3)AR upregulates inducible nitric oxide synthase (iNOS) in cardiomyocytes and that IH exposure causes expression of iNOS in RAW264.7 macrophages. iNOS has been shown to have the ability to dilate pulmonary vessels. Hence, we hypothesized that chronic IH activates beta(3)AR/iNOS signaling in pulmonary macrophages, leading to the promotion of NO secretion and attenuated HPV. Sprague-Dawley rats were exposed to IH (3-min periods of 4-21% O-2) for 8 h/d for 6 weeks. The urinary catecholamine concentrations of IH rats were high compared with those of controls, indicating activation of the sympathoadrenal system following chronic IH. Interestingly, chronic IH induced the migration of circulating monocytes into the lungs and the predominant increase in the number of proinflammatory pulmonary macrophages. In these macrophages, both beta(3)AR and iNOS were upregulated and stimulation of the beta(3)AR/iNOS pathway in vitro caused them to promote NO secretion. Furthermore, in vivo synchrotron radiation microangiography showed that HPV was significantly attenuated in IH rats and the attenuated HPV was fully restored by blockade of beta(3)AR/iNOS pathway or depletion of pulmonary macrophages. These results suggest that circulating monocyte-derived pulmonary macrophages attenuate HPV via activation of beta(3)AR/iNOS signaling in chronic IH
Treadmill running improves hindlimb arteriolar endothelial function in type 1 diabetic mice as visualized by X-ray microangiography
- Author
- A Makino
- CA Kindig
- CH Wang
- D Chakraphan
- Daryl O. Schwenke
- DJ Paulson
- DO Schwenke
- G Figueiredo
- G Figueiredo
- G Fuchsjager-Mayrl
- H Selagzi
- H Wallberg-Henriksson
- HA Hadi
- HH Huang
- Hirotsugu Tsuchimochi
- James T. Pearson
- JL Jasperse
- JT Pearson
- K Kamata
- K Kidoguchi
- M Chimen
- M Fukao
- M Shirai
- M Shirai
- MA Delbin
- MA Potenza
- Mikiyasu Shirai
- MJ Jenkins
- MS Zguira
- O Kuru
- P Fernando
- P Liu
- RJ Kiff
- RJ Kiff
- RM McAllister
- RM McAllister
- S Lee
- SR Colberg
- SW Copp
- T Sonobe
- Takashi Sonobe
- V Arbin
- V Schefer
- WT Cade
- Y Shi
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Search for neutral B meson decays to two charged leptons
- Author
- Acciarri M
- Adriani O
- Aguilar-Benítez M
- Ahlen S P
- Alcaraz J
- Alemanni G
- Allaby James V
- Aloisio A
- Alpat B
- Alverson G
- Alviggi M G
- Ambrosi G
- Anderhub H
- Andreev V P
- Angelescu T
- Anselmo F
- Antreasyan D
- Arefev A
- Azemoon T
- Aziz T
- Bagnaia P
- Baksay L
- Ball R C
- Banerjee S
- Banicz K
- Barillère R
- Barone L
- Bartalini P
- Baschirotto A
- Basile M
- Battiston R
- Bay A
- Becattini F
- Becker U
- Behner F
- Berdugo J
- Berges P
- Bertucci B
- Betev B L
- Bhattacharya S
- Biasini M
- Biland A
- Bilei G M
- Blaising J J
- Blyth S C
- Bobbink Gerjan J
- Borgia B
- Boucham A
- Bourilkov D
- Bourquin Maurice
- Boutigny D
- Branson J G
- Brigljevic V
- Brock I C
- Buffini A
- Buijs A
- Burger J D
- Burger W J
- Busenitz J K
- Buytenhuijs A O
- Böck R K
- Böhm A
- Cai X D
- Campanelli M
- Capell M
- Cara Romeo G
- Caria M
- Carlino G
- Cartacci A M
- Casaus J
- Castellini G
- Cavallari F
- Cavallo N
- Cecchi C
- Cerrada-Canales M
- Cesaroni F
- Chamizo-Llatas M
- Chan A
- Chang Y H
- Chaturvedi U K
- Chemarin M
- Chen A
- Chen G
- Chen G M
- Chen H F
- Chen H S
- Chen M
- Chiefari G
- Chien C Y
- Choi M T
- Cifarelli Luisa
- Cindolo F
- Civinini C
- Clare I
- Clare R
- Cohn H O
- Coignet G
- Colijn A P
- Colino N
- Commichau V
- Costantini S
- Cotorobai F
- Csilling Akos
- D'Alessandro R
- Dai T S
- De Asmundis R
- De Boeck H
- de Jong P
- de la Cruz B
- De Notaristefani F
- Degré A
- Deiters K
- Denes P
- Di Lodovico F
- DiBitonto Daryl
- Diemoz M
- Dionisi C
- Dittmar Michael
- Dominguez A
- Doria A
- Dorne I
- Dova M T
- Drago E
- Duchesneau D
- Duinker P
- Durán I
- Dutta S
- Easo S
- Efremenko Yu V
- El-Mamouni H
- Engler A
- Eppling F J
- Ernenwein J P
- Erné F C
- Extermann Pierre
- Fabre M
- Faccini R
- Falciano S
- Favara A
- Fay J
- Fedin O
- Felcini Marta
- Fenyi B
- Ferguson T
- Fernández D
- Ferroni F
- Fesefeldt H S
- Fiandrini E
- Field J H
- Filthaut Frank
- Fisher P H
- Forconi G
- Fredj L
- Freudenreich Klaus
- Furetta C
- Galaktionov Yu
- Ganguli S N
- García-Abia P
- Gau S S
- Gentile S
- Gerald J
- Gheordanescu N
- Giagu S
- Goldfarb S
- Goldstein J
- Gong Z F
- Gougas Andreas
- Gratta Giorgio
- Grünewald M W
- Gupta V K
- Gurtu A
- Gutay L J
- Hartmann B
- Hasan A
- Hatzifotiadou D
- Hebbeker T
- Hervé A
- Hofer H
- Hoorani H
- Hou S R
- Hu G
- Innocente Vincenzo
- Janssen H
- Jenkes K
- Jin B N
- Jones L W
- Josa-Mutuberria I
- Kamrad D
- Kamyshkov Yu A
- Kapustinsky J S
- Karyotakis Yu
- Kasser A
- Kaur M
- Khan R A
- Kienzle-Focacci M N
- Kim D
- Kim J K
- Kim S C
- Kim Y G
- Kinnison W W
- Kirkby A
- Kirkby D
- Kirkby Jasper
- Kiss D
- Kittel E W
- Klimentov A
- Korolko I
- Koutsenko V F
- Krenz W
- Krämer R W
- Kuijten H
- Kunin A
- König A C
- Ladrón de Guevara P
- Landi G
- Lapoint C
- Lassila-Perini K M
- Laurikainen P
- Le Coultre P
- Le Goff J M
- Lebeau M
- Lebedev A
- Lebrun P
- Lecomte P
- Lecoq P
- Lee Jae Sik
- Lee K Y
- Leggett C
- Leiste R
- Leonardi E
- Levchenko P M
- Li Chuan
- Lieb E H
- Lin W T
- Linde Frank L
- Lista L
- Liu Z A
- Lohmann W
- Longo E
- Lu W
- Luci C
- Luckey D
- Luminari L
- Lustermann W
- Lü Y S
- Lübelsmeyer K
- Ma Wen Gan
- Maity M
- Majumder G
- Malgeri L
- Malinin A
- Mangla S
- Marchesini P A
- Marin A
- Martin J P
- Marzano F
- Massaro G G G
- Maña C
- McNally D
- Mele S
- Merola L
- Meschini M
- Metzger W J
- Mi Y
- Mihul A
- Mirabelli G
- Mnich J
- Molnár P
- Monteleoni B
- Moore R
- Morganti S
- Moulik T
- Mount R
- Muheim F
- Müller S
- Nagy E
- Nahn S
- Napolitano M
- Nessi-Tedaldi F
- Newman H
- Nippe A
- Nisati A
- Nowak H
- Opitz H
- Organtini G
- Ostonen R
- Pandoulas D
- Paoletti S
- Paolucci P
- Park H K
- Pascale G
- Passaleva G
- Patricelli S
- Paul T
- Pauluzzi M
- Paus C
- Pauss Felicitas
- Peach D
- Pei Y J
- Pensotti S
- Perret-Gallix D
- Petrak S
- Pevsner A
- Piccolo D
- Pieri M
- Pinto J C
- Piroué P A
- Pistolesi E
- Plyaskin V
- Pohl M
- Postema H
- Pozhidaev V
- Produit N
- Prokofev D
- Prokofiev D O
- Rahal-Callot G
- Rancoita P G
- Rattaggi M
- Raven G
- Razis P A
- Read K
- Ren D
- Rescigno M
- Reucroft S
- Riemann S
- Riemers B C
- Riles K
- Rind O
- Ro S
- Robohm A
- Rodin J
- Rodríguez-Calonge F J
- Roe B P
- Romero L
- Rosier-Lees S
- Rosselet P
- Roth S
- Rubio Juan Antonio
- Rykaczewski H
- Salicio J
- Santocchia A
- Sarakinos M E
- Sarkar S
- Sassowsky M
- Sauvage G
- Schmidt-Kärst S
- Schmitz D
- Schmitz P
- Schneegans M
- Scholz N
- Schopper Herwig Franz
- Schotanus D J
- Schwenke J
- Schwering G
- Schäfer C
- Schöneich B
- Sciacca C
- Sciarrino D
- Sens Johannes C
- Servoli L
- Shchegelskii V
- Shevchenko S
- Shivarov N
- Shoutko V
- Shukla J
- Shumilov E
- Shvorob A V
- Siedenburg T
- Smith B
- Son D
- Sopczak André
- Soulimov V
- Spillantini P
- Steuer M
- Stickland D P
- Stone H
- Stoyanov B
- Strauch K
- Strässner A
- Sudhakar K
- Sultanov G G
- Sun L Z
- Susinno G F
- Suter H
- Swain J D
- Sánchez E
- Tang X W
- Tauscher Ludwig
- Taylor L
- Ting S M
- Ting Samuel C C
- Tonutti M
- Tonwar S C
- Tuchscherer H
- Tully C
- Tung K L
- Tóth J
- Uchida Y
- Ulbricht J
- Uwer U
- Valente E
- Van de Walle R T
- Van Dierendonck D N
- Van Hoek W C
- Van Mil A J W
- Van Rhee T
- Van Rossum W
- Vesztergombi G
- Vetlitskii I
- Viertel Gert M
- Vivargent M
- Vogel H
- Vogt H
- Von der Mey M
- Vorobev I
- Vorobyov A A
- Vorvolakos A
- Völkert R
- Wadhwa M
- Wallraff W
- Wang J C
- Wang X L
- Wang Z M
- Weber A
- Wittgenstein F
- Wu S X
- Wynhoff S
- Xu J
- Xu Z Z
- Yang B Z
- Yang C G
- Yao X Y
- Ye J B
- Yeh S C
- You J M
- Zalite A
- Zalite Yu
- Zemp P
- Zeng Y
- Zhang Z
- Zhang Z P
- Zhou B
- Zhou Y
- Zhu G Y
- Zhu R Y
- Zichichi Antonino
- Ziegler F
- Publication venue
- Publication date
- 28/10/1996
- Field of study
The decays Bd0,Bs0→e+e−,μ+μ−,e±μ∓ are searched for in 3.5 million hadronic Z events, which constitute the full LEP I data sample collected by the L3 detector. No signals are observed, therefore upper limits at the 90\%(95\%) confidence levels are set on the following branching fractions: % \begin{center}% {\setlength{\tabcolsep}{2pt} \begin{tabular}{lccccclcccc}% % Br(Bd0→e+e−) & < & 1.4(1.8) & × & 10−5; & \hspace*{5mm} & Br(Bs0→e+e−) & < & 5.4(7.0) & × & 10−5; \\% Br(Bd0→μ+μ−) & < & 1.0(1.4) & × & 10−5; & \hspace*{5mm} & Br(Bs0→μ+μ−) & < & 3.8(5.1) & × & 10−5; \\% Br(Bd0→e±μ∓) & < & 1.6(2.0) & × & 10−5; & \hspace*{5mm} & Br(Bs0→e±μ∓) & < & 4.1(5.3) & × & 10−5. \\% % \end{tabular}% } \end{center}% % The results for Bs0→e+e− and Bs0→e±μ∓ are the first limits set on these decay modes
Measurement of energetic single-photon production at LEP
- Author
- Acciarri M
- Adam A
- Adriani O
- Aguilar-Benítez M
- Ahlen S P
- Alcaraz J
- Alkhazov G
- Aloisio A
- Alverson G
- Alviggi M G
- Ambrosi G
- An Q
- Anderhub H
- Anderson A L
- Andreev V P
- Angelescu T
- Antonov L
- Antreasyan D
- Arce P
- Arefev A
- Azemoon T
- Aziz T
- Baba P V K S
- Bagnaia P
- Bakken J A
- Baksay L
- Ball R C
- Banerjee S
- Banicz K
- Barillère R
- Barone L
- Baschirotto A
- Basile M
- Battiston R
- Bay A
- Becattini F
- Becker U
- Behner F
- Bencze G L
- Berdugo J
- Berges P
- Bertucci B
- Betev B L
- Biasini M
- Biland A
- Bilei G M
- Bizzarri R
- Blaising J J
- Bobbink Gerjan J
- Borgia B
- Boucham A
- Bourilkov D
- Bourquin Maurice
- Boutigny D
- Bouwens B T
- Brambilla Elena
- Branson J G
- Brigljevic V
- Brock I C
- Brooks M
- Bujak A T
- Burger J D
- Burger W J
- Burgos C
- Busenitz J K
- Buytenhuijs A O
- Bykov A
- Böck R K
- Böhm A
- Cai X D
- Capell M
- Cara Romeo G
- Caria M
- Carlino G
- Cartacci A M
- Casaus J
- Castello R
- Cavallo N
- Cerrada-Canales M
- Cesaroni F
- Chamizo-Llatas M
- Chang Y H
- Chaturvedi U K
- Chemarin M
- Chen A
- Chen C
- Chen G
- Chen G M
- Chen H F
- Chen H S
- Chen M
- Chiefari G
- Chien C Y
- Choi M T
- Chung S
- Cifarelli Luisa
- Cindolo F
- Civinini C
- Clare I
- Clare R
- Coan T E
- Cohn H O
- Coignet G
- Colino N
- Commichau V
- Costantini S
- Cotorobai F
- Cui X T
- Cui X Y
- D'Alessandro R
- Dai T S
- De Asmundis R
- de Jong P
- de la Cruz B
- De Notaristefani F
- Degré A
- Deiters K
- Denes P
- DiBitonto Daryl
- Diemoz M
- Dimitrov H R
- Dionisi C
- Dittmar Michael
- Dorne I
- Dova M T
- Drago E
- Duchesneau D
- Duhem F
- Duinker P
- Durán I
- Dutta S
- Dénes E
- Easo S
- El-Mamouni H
- Engler A
- Eppling F J
- Erné F C
- Extermann Pierre
- Fabbretti R
- Fabre M
- Falciano S
- Favara A
- Fay J
- Felcini Marta
- Ferguson T
- Fernández D
- Fernández G
- Ferroni F
- Fesefeldt H S
- Fiandrini E
- Field J H
- Filthaut Frank
- Fisher P H
- Forconi G
- Fredj L
- Freudenreich Klaus
- Gailloud M
- Galaktionov Yu
- Gallo E
- Ganguli S N
- García-Abia P
- Gau S S
- Gentile S
- Gerald J
- Gheordanescu N
- Giagu S
- Goldfarb S
- Goldstein J
- Gong Z F
- González E
- Gougas Andreas
- Goujon D
- Gratta Giorgio
- Grünewald M W
- Gu C
- Guanziroli M
- Gupta V K
- Gurtu A
- Gustafson H R
- Gutay L J
- Hartmann B
- Hasan A
- Hauschildt D
- He J T
- Hebbeker T
- Hebert M
- Hervé A
- Hilgers K
- Hofer H
- Hoorani H
- Hou S R
- Hu G
- Ille B
- Ilyas M M
- Innocente Vincenzo
- Janssen H
- Jin B N
- Jones L W
- Josa-Mutuberria I
- Kamyshkov Yu A
- Kapinos P
- Kapustinsky J S
- Karyotakis Yu
- Kasser A
- Kaur M
- Khan R A
- Khokhar S
- Kienzle-Focacci M N
- Kim D
- Kim J K
- Kim S C
- Kim Y G
- Kinnison W W
- Kirkby A
- Kirkby D
- Kirkby Jasper
- Kirsch S
- Kittel E W
- Klimentov A
- Koffeman E
- Kornadt O
- Koulbardis A
- Koutsenko V F
- Kramer T
- Krastev V R
- Krenz W
- Krämer R W
- Kuijten H
- Kunin A
- König A C
- Ladrón de Guevara P
- Landi G
- Lanzano S
- Laurikainen P
- Le Coultre P
- Le Goff J M
- Lebedev A
- Lebrun P
- Lecomte P
- Lecoq P
- Lee Jae Sik
- Lee D M
- Lee K Y
- Leedom I D
- Leggett C
- Leiste R
- Lenti M
- Leonardi E
- Levchenko P M
- Li Chuan
- Lieb E H
- Lin W T
- Linde Frank L
- Lindemann B
- Lista L
- Liu Y
- Lohmann W
- Longo E
- Lu W
- Lubbers J M
- Luci C
- Luckey D
- Ludovici L
- Luminari L
- Lustermann W
- Lü Y S
- Lübelsmeyer K
- Ma Wen Gan
- MacDermott M
- Maity M
- Malgeri L
- Malik R
- Malinin A
- Mangla S
- Maolinbay M
- Marchesini P A
- Marin A
- Martin J P
- Marzano F
- Massaro G G G
- Mazumdar K
- Maña C
- McMahon T
- McNally D
- Mele S
- Merk M
- Merola L
- Meschini M
- Metzger W J
- Mi Y
- Mihul A
- Mills G B
- Mir Y
- Mirabelli G
- Mnich J
- Monaco V
- Monteleoni B
- Morand R
- Morganti S
- Moulai N E
- Mount R
- Möller M
- Müller S
- Nagy E
- Napolitano M
- Nessi-Tedaldi F
- Newman H
- Niaz M A
- Nippe A
- Nowak H
- Organtini G
- Ostonen R
- Pandoulas D
- Paoletti S
- Paolucci P
- Pascale G
- Passaleva G
- Patricelli S
- Paul T
- Pauluzzi M
- Paus C
- Pauss Felicitas
- Pei Y J
- Pensotti S
- Perret-Gallix D
- Pevsner A
- Piccolo D
- Pieri M
- Pinto J C
- Piroué P A
- Pistolesi E
- Plasil F
- Plyaskin V
- Pohl M
- Postema H
- Pozhidaev V
- Produit N
- Qian J M
- Qureshi K N
- Raghavan R
- Rahal-Callot G
- Rancoita P G
- Rattaggi M
- Raven G
- Razis P A
- Read K
- Redaelli M
- Ren D
- Ren Z
- Rescigno M
- Reucroft S
- Ricker A
- Riemann S
- Riemers B C
- Riles K
- Rind O
- Rizvi H A
- Ro S
- Robohm A
- Rodríguez-Calonge F J
- Roe B P
- Romero L
- Rosier-Lees S
- Rosmalen R
- Rosselet P
- Roth S
- Rubbia André
- Rubio Juan Antonio
- Rykaczewski H
- Röhner M
- Röhner S
- Salicio J
- Salicio J M
- Sanders G S
- Santocchia A
- Sarakinos M E
- Sarkar S
- Sartorelli G
- Sassowsky M
- Sauvage G
- Schmitz D
- Schmitz P
- Schneegans M
- Scholz N
- Schopper Herwig Franz
- Schotanus D J
- Schreiber H J
- Schulte R
- Schultze K
- Schwenke J
- Schwering G
- Schäfer C
- Sciacca C
- Sehgal R
- Seiler P G
- Sens Johannes C
- Servoli L
- Shchegelskii V
- Sheer I
- Shevchenko S
- Shi X R
- Shotkin S
- Shoutko V
- Shukla J
- Shumilov E
- Son D
- Sopczak André
- Soulimov V
- Spartiotis C
- Spickermann T
- Spillantini P
- Steuer M
- Stickland D P
- Sticozzi F
- Stone H
- Strauch K
- Sudhakar K
- Sultanov G G
- Sun L Z
- Susinno G F
- Suter H
- Swain J D
- Syed A A
- Sánchez E
- Tang X W
- Taylor L
- Timellini R
- Ting S M
- Ting Samuel C C
- Toker O
- Tonutti M
- Tonwar S C
- Trowitzsch G
- Tsaregorodtsev A Yu
- Tsipolitis G
- Tully C
- Tóth J
- Ulbricht J
- Urbàn L
- Uwer U
- Valente E
- Van de Walle R T
- Van der Zwaan B C C
- Van Rossum W
- Vetlitskii I
- Viertel Gert M
- Vikas P
- Vikas U
- Vivargent M
- Vogel H
- Vogt H
- Vorobev I
- Vorobyov A A
- Vuilleumier L
- Wadhwa M
- Wallraff W
- Wang J C
- Wang X L
- Wang Y F
- Wang Z M
- Weber A
- Weill R
- Willmott C
- Wittgenstein F
- Wright D
- Wu S X
- Wynhoff S
- Xu Z Z
- Yang B Z
- Yang C G
- Yang G
- Yao X Y
- Ye C H
- Ye J B
- Ye Q
- Yeh S C
- You J M
- Yunus N
- Yzerman M
- Zaccardelli C
- Zemp P
- Zeng M
- Zeng Y
- Zhang D H
- Zhang Z P
- Zhou B
- Zhou G J
- Zhou J F
- Zhu R Y
- Zichichi Antonino
- Publication venue
- 'Elsevier BV'
- Publication date
- 15/12/1994
- Field of study
Determination of the number of light neutrino species from single photon production at LEP
- Author
- Acciarri M
- Adriani O
- Aguilar-Benítez M
- Ahlen S P
- Alcaraz J
- Alemanni G
- Allaby James V
- Aloisio A
- Alviggi M G
- Ambrosi G
- Anderhub H
- Andreev V P
- Angelescu T
- Anselmo F
- Arefev A
- Azemoon T
- Aziz T
- Bagnaia P
- Baksay L
- Ball R C
- Banerjee S
- Banerjee Sw
- Banicz K
- Barczyk A
- Barillère R
- Barone L
- Bartalini P
- Baschirotto A
- Basile M
- Battiston R
- Bay A
- Becattini F
- Becker U
- Behner F
- Berdugo J
- Berges P
- Bertucci B
- Betev B L
- Bhattacharya S
- Biasini M
- Biland A
- Bilei G M
- Bizzarri R
- Blaising J J
- Blyth S C
- Bobbink Gerjan J
- Boldizsar L
- Borgia B
- Bourilkov D
- Bourquin Maurice
- Boutigny D
- Braccini S
- Branson J G
- Brigljevic V
- Brock I C
- Buffini A
- Buijs A
- Burger J D
- Burger W J
- Busenitz J K
- Böck R K
- Böhm A
- Cai X D
- Campanelli M
- Capell M
- Cara Romeo G
- Carlino G
- Cartacci A M
- Casaus J
- Castellini G
- Cavallari F
- Cavallo N
- Cecchi C
- Cerrada-Canales M
- Cesaroni F
- Chamizo-Llatas M
- Chang Y H
- Chaturvedi U K
- Chekanov S V
- Chemarin M
- Chen A
- Chen G
- Chen G M
- Chen H F
- Chen H S
- Chen M
- Chiefari G
- Chien C Y
- Cifarelli Luisa
- Cindolo F
- Civinini C
- Clare I
- Clare R
- Cohn H O
- Coignet G
- Colijn A P
- Colino N
- Costantini S
- Cotorobai F
- Csilling Akos
- D'Alessandro R
- Dai T S
- De Asmundis R
- de Jong P
- de la Cruz B
- De Notaristefani F
- Degré A
- Deiters K
- Denes P
- Di Lodovico F
- DiBitonto Daryl
- Diemoz M
- Dionisi C
- Dittmar Michael
- Dominguez A
- Doria A
- Dova M T
- Drago E
- Duchesneau D
- Duinker P
- Durán I
- Dutta S
- Easo S
- Efremenko Yu V
- El-Mamouni H
- Engler A
- Eppling F J
- Ernenwein J P
- Erné F C
- Extermann Pierre
- Fabre M
- Faccini R
- Falciano S
- Favara A
- Fay J
- Fedin O
- Felcini Marta
- Fenyi B
- Ferguson T
- Ferroni F
- Fesefeldt H S
- Fiandrini E
- Field J H
- Filthaut Frank
- Fisher P H
- Fisk I
- Forconi G
- Fredj L
- Freudenreich Klaus
- Furetta C
- Galaktionov Yu
- Ganguli S N
- García-Abia P
- Gau S S
- Gentile S
- Gerald J
- Gheordanescu N
- Giagu S
- Goldfarb S
- Goldstein J
- Gong Z F
- Gougas Andreas
- Gratta Giorgio
- Grünewald M W
- Gupta V K
- Gurtu A
- Gutay L J
- Haas D
- Hartmann B
- Hasan A
- Hatzifotiadou D
- Hebbeker T
- Hervé A
- Hirschfelder J
- Hofer H
- Hoorani H
- Hou S R
- Hu G
- Innocente Vincenzo
- Jenkes K
- Jin B N
- Jones L W
- Josa-Mutuberria I
- Kamrad D
- Kamyshkov Yu A
- Kapustinsky J S
- Karyotakis Yu
- Kasser A
- Kaur M
- Khan R A
- Kienzle-Focacci M N
- Kim D
- Kim D H
- Kim J K
- Kim S C
- Kinnison W W
- Kirkby A
- Kirkby D
- Kirkby Jasper
- Kiss D
- Kittel E W
- Klimentov A
- Kopp A
- Korolko I
- Koutsenko V F
- Krenz W
- Krämer R W
- Kunin A
- König A C
- Lacentre P E
- Ladrón de Guevara P
- Landi G
- Lapoint C
- Lassila-Perini K M
- Laurikainen P
- Lavorato A
- Le Coultre P
- Le Goff J M
- Lebeau M
- Lebedev A
- Lebrun P
- Lecomte P
- Lecoq P
- Lee H J
- Leggett C
- Leiste R
- Leonardi E
- Levchenko P M
- Li Chuan
- Lin C H
- Lin W T
- Linde Frank L
- Lista L
- Liu Z A
- Lohmann W
- Longo E
- Lu W
- Luci C
- Luckey D
- Luminari L
- Lustermann W
- Lü Y S
- Lübelsmeyer K
- Ma Wen Gan
- Maity M
- Majumder G
- Malgeri L
- Malinin A
- Mangeol D J J
- Mangla S
- Marchesini P A
- Marin A
- Martin J P
- Marzano F
- Massaro G G G
- Maña C
- McNally D
- Mele S
- Merola L
- Meschini M
- Metzger W J
- Mi Y
- Migani D
- Mihul A
- Milcent H
- Mirabelli G
- Mnich J
- Molnár P
- Monteleoni B
- Moore R
- Moulik T
- Mount R
- Muheim F
- Muijs A J M
- Nahn S
- Napolitano M
- Nessi-Tedaldi F
- Newman H
- Niessen T
- Nippe A
- Nisati A
- Nowak H
- Oh Yu D
- Opitz H
- Organtini G
- Ostonen R
- Palit S
- Palomares C
- Pandoulas D
- Paoletti S
- Paolucci P
- Park H K
- Park I H
- Pascale G
- Passaleva G
- Patricelli S
- Paul T
- Pauluzzi M
- Paus C
- Pauss Felicitas
- Peach D
- Pei Y J
- Pensotti S
- Perret-Gallix D
- Petersen B
- Petrak S
- Pevsner A
- Piccolo D
- Pieri M
- Piroué P A
- Pistolesi E
- Plyaskin V
- Pohl M
- Postema H
- Pozhidaev V
- Produit N
- Prokofev D
- Prokofiev D O
- Quartieri J
- Rahal-Callot G
- Raja N
- Rancoita P G
- Rattaggi M
- Raven G
- Razis P A
- Read K
- Ren D
- Rescigno M
- Reucroft S
- Riemann S
- Riles K
- Rind O
- Robohm A
- Rodin J
- Roe B P
- Romero L
- Rosier-Lees S
- Rosselet P
- Roth S
- Rubio Juan Antonio
- Ruschmeier D
- Rykaczewski H
- Salicio J
- Sanders M P
- Sarakinos M E
- Sarkar S
- Sauvage G
- Schmidt-Kärst S
- Schmitz D
- Schneegans M
- Scholz N
- Schopper Herwig Franz
- Schotanus D J
- Schwenke J
- Schwering G
- Schäfer C
- Sciacca C
- Sciarrino D
- Servoli L
- Shchegelskii V
- Shevchenko S
- Shivarov N
- Shoutko V
- Shukla J
- Shumilov E
- Shvorob A V
- Siedenburg T
- Smith B
- Son D
- Soulimov V
- Spillantini P
- Steuer M
- Stickland D P
- Stone H
- Stoyanov B
- Strässner A
- Sudhakar K
- Sultanov G G
- Sun L Z
- Susinno G F
- Suter H
- Swain J D
- Sánchez E
- Tang X W
- Tauscher Ludwig
- Taylor L
- Ting S M
- Ting Samuel C C
- Tonwar S C
- Tuchscherer H
- Tully C
- Tung K L
- Tóth J
- Uchida Y
- Ulbricht J
- Uwer U
- Valente E
- Van Dierendonck D N
- Van Hoek W C
- Van Mil A J W
- Van Rhee T
- Van Rossum W
- Vesztergombi G
- Vetlitskii I
- Viertel Gert M
- Vivargent M
- Vlachos S
- Vogel H
- Vogt H
- Von der Mey M
- Vorobev I
- Vorobyov A A
- Vorvolakos A
- Völkert R
- Wadhwa M
- Wallraff W
- Wang J C
- Wang X L
- Wang Z M
- Weber A
- Wu S X
- Wynhoff S
- Xu J
- Xu Z Z
- Yang B Z
- Yang C G
- Yao X Y
- Ye J B
- Yeh S C
- You J M
- Zalite A
- Zalite Yu
- Zemp P
- Zeng Y
- Zhang Z
- Zhang Z P
- Zhou B
- Zhou Y
- Zhu G Y
- Zhu R Y
- Zichichi Antonino
- Ziegler F
- Publication venue
- 'Elsevier BV'
- Publication date
- 01/01/1998
- Field of study
A determination of the number of light neutrino families performed by measuring the cross section of single photon production in \ee\ collision near the \Zo\ resonance is reported. From an integrated luminosity of 100 pb−1, collected during the years 1991--94, we have observed 2091 single photon candidates with an energy above 1~\GeV\ in the polar angular region 45∘<θγ<135∘. From a maximum likelihood fit to the single photon cross section, the \Zo\ decay width into invisible particles is measured to be \Ginv = 498 \pm 12 \mathrm{(stat)} \pm 12 \mathrm{(sys)~MeV}. Using the Standard Model couplings of neutrinos to the \Zo, the number of light neutrino species is determined to be $N_\nu = 2.98 \pm 0.07 (\mathrm{stat}) \pm 0.07 (\mathrm{sys}).
B∗ production in Z decays at LEP
- Author
- Acciarri M
- Adam A
- Adriani O
- Aguilar-Benítez M
- Ahlen S P
- Alcaraz J
- Alkhazov G
- Aloisio A
- Alverson G
- Alviggi M G
- Ambrosi G
- An Q
- Anderhub H
- Anderson A L
- Andreev V P
- Angelescu T
- Antonov L
- Antreasyan D
- Arce P
- Arefev A
- Azemoon T
- Aziz T
- Baba P V K S
- Bagnaia P
- Bakken J A
- Baksay L
- Ball R C
- Banerjee S
- Banicz K
- Barillère R
- Barone L
- Baschirotto A
- Basile M
- Battiston R
- Bay A
- Becattini F
- Becker U
- Behner F
- Bencze G L
- Berdugo J
- Berges P
- Bertucci B
- Betev B L
- Biasini M
- Biland A
- Bilei G M
- Bizzarri R
- Blaising J J
- Bobbink Gerjan J
- Borgia B
- Boucham A
- Bourilkov D
- Bourquin Maurice
- Boutigny D
- Bouwens B T
- Brambilla Elena
- Branson J G
- Brigljevic V
- Brock I C
- Brooks M
- Bujak A T
- Burger J D
- Burger W J
- Burgos C
- Busenitz J K
- Buytenhuijs A O
- Bykov A
- Böck R K
- Böhm A
- Cai X D
- Capell M
- Cara Romeo G
- Caria M
- Carlino G
- Cartacci A M
- Casaus J
- Castello R
- Cavallo N
- Cerrada-Canales M
- Cesaroni F
- Chamizo-Llatas M
- Chang Y H
- Chaturvedi U K
- Chemarin M
- Chen A
- Chen C
- Chen G
- Chen G M
- Chen H F
- Chen H S
- Chen M
- Chiefari G
- Chien C Y
- Choi M T
- Chung S
- Cifarelli Luisa
- Cindolo F
- Civinini C
- Clare I
- Clare R
- Coan T E
- Cohn H O
- Coignet G
- Colino N
- Costantini S
- Cotorobai F
- Cui X T
- Cui X Y
- D'Alessandro R
- Dai T S
- De Asmundis R
- de Jong P
- de la Cruz B
- De Notaristefani F
- Degré A
- Deiters K
- Denes P
- DiBitonto Daryl
- Diemoz M
- Dimitrov H R
- Dionisi C
- Dittmar Michael
- Djambazov L
- Dorne I
- Dova M T
- Drago E
- Duchesneau D
- Duhem F
- Duinker P
- Durán I
- Dutta S
- Dénes E
- Easo S
- El-Mamouni H
- Engler A
- Eppling F J
- Erné F C
- Extermann Pierre
- Fabbretti R
- Fabre M
- Falciano S
- Favara A
- Fay J
- Felcini Marta
- Ferguson T
- Fernández D
- Fernández G
- Ferroni F
- Fesefeldt H S
- Fiandrini E
- Field J H
- Filthaut Frank
- Fisher P H
- Forconi G
- Fredj L
- Freudenreich Klaus
- Gailloud M
- Galaktionov Yu
- Gallo E
- Ganguli S N
- García-Abia P
- Gentile S
- Gerald J
- Gheordanescu N
- Giagu S
- Goldfarb S
- Goldstein J
- Gong Z F
- González E
- Gougas Andreas
- Goujon D
- Gratta Giorgio
- Grünewald M W
- Gu C
- Guanziroli M
- Gupta V K
- Gurtu A
- Gustafson H R
- Gutay L J
- Hasan A
- Hauschildt D
- He J T
- Hebbeker T
- Hebert M
- Hervé A
- Hilgers K
- Hofer H
- Hoorani H
- Hou S R
- Hu G
- Ille B
- Ilyas M M
- Innocente Vincenzo
- Janssen H
- Jin B N
- Jones L W
- Josa-Mutuberria I
- Kamyshkov Yu A
- Kapinos P
- Kapustinsky J S
- Karyotakis Yu
- Kasser A
- Kaur M
- Khan R A
- Khokhar S
- Kienzle-Focacci M N
- Kim D
- Kim J K
- Kim S C
- Kim Y G
- Kinnison W W
- Kirkby A
- Kirkby D
- Kirsch S
- Kittel E W
- Klimentov A
- Koffeman E
- Kornadt O
- Koulbardis A
- Koutsenko V F
- Kramer T
- Krastev V R
- Krenz W
- Krämer R W
- Kuijten H
- Kumar K S
- Kunin A
- König A C
- Ladrón de Guevara P
- Landi G
- Lanske D
- Lanzano S
- Le Coultre P
- Le Goff J M
- Lebedev A
- Lebrun P
- Lecomte P
- Lecoq P
- Lee Jae Sik
- Lee D M
- Lee K Y
- Leedom I D
- Leggett C
- Leiste R
- Lenti M
- Leonardi E
- Levchenko P M
- Li Chuan
- Lieb E H
- Lin W T
- Linde Frank L
- Lindemann B
- Lista L
- Liu Y
- Lohmann W
- Longo E
- Lu W
- Lubbers J M
- Luci C
- Luckey D
- Ludovici L
- Luminari L
- Lustermann W
- Lü Y S
- Lübelsmeyer K
- Ma Wen Gan
- MacDermott M
- Maity M
- Malgeri L
- Malik R
- Malinin A
- Mangla S
- Maolinbay M
- Marchesini P A
- Marin A
- Martin J P
- Marzano F
- Massaro G G G
- Mazumdar K
- Maña C
- McBride P
- McMahon T
- McNally D
- Mele S
- Merk M
- Merola L
- Meschini M
- Metzger W J
- Mi Y
- Mihul A
- Mills G B
- Mir Y
- Mirabelli G
- Mnich J
- Monaco V
- Monteleoni B
- Morand R
- Morganti S
- Moulai N E
- Mount R
- Möller M
- Müller S
- Nagy E
- Napolitano M
- Nessi-Tedaldi F
- Newman H
- Niaz M A
- Nippe A
- Nowak H
- Organtini G
- Pandoulas D
- Paoletti S
- Paolucci P
- Pascale G
- Passaleva G
- Patricelli S
- Paul T
- Pauluzzi M
- Paus C
- Pauss Felicitas
- Pei Y J
- Pensotti S
- Perret-Gallix D
- Pevsner A
- Piccolo D
- Pieri M
- Pinto J C
- Piroué P A
- Pistolesi E
- Plasil F
- Plyaskin V
- Pohl M
- Postema H
- Pozhidaev V
- Produit N
- Qian J M
- Qureshi K N
- Raghavan R
- Rahal-Callot G
- Rancoita P G
- Rattaggi M
- Raven G
- Razis P A
- Read K
- Redaelli M
- Ren D
- Ren Z
- Rescigno M
- Reucroft S
- Ricker A
- Riemann S
- Riemers W
- Riles K
- Rind O
- Rizvi H A
- Ro S
- Robohm A
- Rodríguez-Calonge F J
- Roe B P
- Romero L
- Rosier-Lees S
- Rosmalen R
- Rosselet P
- Roth S
- Rubbia André
- Rubio Juan Antonio
- Rykaczewski H
- Röhner M
- Röhner S
- Salicio J
- Salicio J M
- Sanders G S
- Santocchia A
- Sarakinos M E
- Sarkar S
- Sartorelli G
- Sassowsky M
- Sauvage G
- Schmitz D
- Schmitz P
- Schneegans M
- Scholz N
- Schopper Herwig Franz
- Schotanus D J
- Schreiber H J
- Schulte R
- Schultze K
- Schwenke J
- Schwering G
- Schäfer C
- Sciacca C
- Scott I
- Sehgal R
- Seiler P G
- Sens Johannes C
- Servoli L
- Shchegelskii V
- Sheer I
- Shevchenko S
- Shi X R
- Shotkin S
- Shoutko V
- Shukla J
- Shumilov E
- Son D
- Sopczak André
- Soulimov V
- Spartiotis C
- Spickermann T
- Spillantini P
- Steuer M
- Stickland D P
- Sticozzi F
- Stone H
- Strauch K
- Sudhakar K
- Sultanov G G
- Sun L Z
- Susinno G F
- Suter H
- Swain J D
- Syed A A
- Sánchez E
- Tang X W
- Taylor L
- Timellini R
- Ting S M
- Ting Samuel C C
- Toker O
- Tonutti M
- Tonwar S C
- Trowitzsch G
- Tsaregorodtsev A Yu
- Tsipolitis G
- Tully C
- Tóth J
- Ulbricht J
- Urbàn L
- Uwer U
- Valente E
- Van de Walle R T
- Van der Zwaan B C C
- Van Rossum W
- Vetlitskii I
- Viertel Gert M
- Vikas P
- Vikas U
- Vivargent M
- Vogel H
- Vogt H
- Vorobev I
- Vorobyov A A
- Vuilleumier L
- Wadhwa M
- Wallraff W
- Wang J C
- Wang X L
- Wang Y F
- Wang Z M
- Weber A
- Weber J
- Weill R
- Willmott C
- Wittgenstein F
- Wright D
- Wu S X
- Wynhoff S
- Xu Z Z
- Yang B Z
- Yang C G
- Yang G
- Yao X Y
- Ye C H
- Ye J B
- Ye Q
- Yeh S C
- You J M
- Yunus N
- Yzerman M
- Zaccardelli C
- Zemp P
- Zeng M
- Zeng Y
- Zhang D H
- Zhang Z P
- Zhou B
- Zhou G J
- Zhou J F
- Zhu R Y
- Zichichi Antonino
- Publication venue
- 'Elsevier BV'
- Publication date
- 14/09/1994
- Field of study
Study of the Weak Charged Hadronic Current in b Decays
- Author
- Acciarri M
- Adriani O
- Aguilar-Benítez M
- Ahlen S P
- Alcaraz J
- Alemanni G
- Allaby James V
- Aloisio A
- Alpat B
- Alverson G
- Alviggi M G
- Ambrosi G
- Anderhub H
- Andreev V P
- Angelescu T
- Anselmo F
- Antreasyan D
- Arefev A
- Azemoon T
- Aziz T
- Bagnaia P
- Baksay L
- Ball R C
- Banerjee S
- Banicz K
- Barillère R
- Barone L
- Bartalini P
- Baschirotto A
- Basile M
- Battiston R
- Bay A
- Becattini F
- Becker U
- Behner F
- Berdugo J
- Berges P
- Bertucci B
- Betev B L
- Bhattacharya S
- Biasini M
- Biland A
- Bilei G M
- Blaising J J
- Blyth S C
- Bobbink Gerjan J
- Borgia B
- Boucham A
- Bourilkov D
- Bourquin Maurice
- Boutigny D
- Branson J G
- Brigljevic V
- Brock I C
- Buffini A
- Buijs A
- Burger J D
- Burger W J
- Busenitz J K
- Buytenhuijs A O
- Böck R K
- Böhm A
- Cai X D
- Campanelli M
- Capell M
- Cara Romeo G
- Caria M
- Carlino G
- Cartacci A M
- Casaus J
- Castellini G
- Cavallari F
- Cavallo N
- Cecchi C
- Cerrada-Canales M
- Cesaroni F
- Chamizo-Llatas M
- Chan A
- Chang Y H
- Chaturvedi U K
- Chemarin M
- Chen A
- Chen G
- Chen G M
- Chen H F
- Chen H S
- Chen M
- Chiefari G
- Chien C Y
- Choi M T
- Cifarelli Luisa
- Cindolo F
- Civinini C
- Clare I
- Clare R
- Cohn H O
- Coignet G
- Colijn A P
- Colino N
- Commichau V
- Costantini S
- Cotorobai F
- Csilling Akos
- D'Alessandro R
- Dai T S
- De Asmundis R
- De Boeck H
- de Jong P
- de la Cruz B
- De Notaristefani F
- Degré A
- Deiters K
- Denes P
- Di Lodovico F
- DiBitonto Daryl
- Diemoz M
- Dionisi C
- Dittmar Michael
- Dominguez A
- Doria A
- Dorne I
- Dova M T
- Drago E
- Duchesneau D
- Duinker P
- Durán I
- Dutta S
- Easo S
- Efremenko Yu V
- El-Mamouni H
- Engler A
- Eppling F J
- Ernenwein J P
- Erné F C
- Extermann Pierre
- Fabre M
- Faccini R
- Falciano S
- Favara A
- Fay J
- Fedin O
- Felcini Marta
- Fenyi B
- Ferguson T
- Fernández D
- Ferroni F
- Fesefeldt H S
- Fiandrini E
- Field J H
- Filthaut Frank
- Fisher P H
- Forconi G
- Fredj L
- Freudenreich Klaus
- Furetta C
- Galaktionov Yu
- Ganguli S N
- García-Abia P
- Gau S S
- Gentile S
- Gerald J
- Gheordanescu N
- Giagu S
- Goldfarb S
- Goldstein J
- Gong Z F
- Gougas Andreas
- Gratta Giorgio
- Grünewald M W
- Gupta V K
- Gurtu A
- Gutay L J
- Hartmann B
- Hasan A
- Hatzifotiadou D
- Hebbeker T
- Hervé A
- Hofer H
- Hoorani H
- Hou S R
- Hu G
- Innocente Vincenzo
- Janssen H
- Jenkes K
- Jin B N
- Jones L W
- Josa-Mutuberria I
- Kamrad D
- Kamyshkov Yu A
- Kapustinsky J S
- Karyotakis Yu
- Kasser A
- Kaur M
- Khan R A
- Kienzle-Focacci M N
- Kim D
- Kim J K
- Kim S C
- Kim Y G
- Kinnison W W
- Kirkby A
- Kirkby D
- Kirkby Jasper
- Kiss D
- Kittel E W
- Klimentov A
- Korolko I
- Koutsenko V F
- Krenz W
- Krämer R W
- Kuijten H
- Kunin A
- König A C
- Ladrón de Guevara P
- Landi G
- Lapoint C
- Lassila-Perini K M
- Laurikainen P
- Le Coultre P
- Le Goff J M
- Lebeau M
- Lebedev A
- Lebrun P
- Lecomte P
- Lecoq P
- Lee Jae Sik
- Lee K Y
- Leggett C
- Leiste R
- Leonardi E
- Levchenko P M
- Li Chuan
- Lieb E H
- Lin W T
- Linde Frank L
- Lista L
- Liu Z A
- Lohmann W
- Longo E
- Lu W
- Luci C
- Luckey D
- Luminari L
- Lustermann W
- Lü Y S
- Lübelsmeyer K
- Ma Wen Gan
- Maity M
- Majumder G
- Malgeri L
- Malinin A
- Mangla S
- Marchesini P A
- Marin A
- Martin J P
- Marzano F
- Massaro G G G
- Maña C
- McNally D
- Mele S
- Merola L
- Meschini M
- Metzger W J
- Mi Y
- Mihul A
- Mirabelli G
- Mnich J
- Molnár P
- Monteleoni B
- Moore R
- Morganti S
- Moulik T
- Mount R
- Muheim F
- Müller S
- Nagy E
- Nahn S
- Napolitano M
- Nessi-Tedaldi F
- Newman H
- Nippe A
- Nisati A
- Nowak H
- Opitz H
- Organtini G
- Ostonen R
- Pandoulas D
- Paoletti S
- Paolucci P
- Park H K
- Pascale G
- Passaleva G
- Patricelli S
- Paul T
- Pauluzzi M
- Paus C
- Pauss Felicitas
- Peach D
- Pei Y J
- Pensotti S
- Perret-Gallix D
- Petrak S
- Pevsner A
- Piccolo D
- Pieri M
- Pinto J C
- Piroué P A
- Pistolesi E
- Plyaskin V
- Pohl M
- Postema H
- Pozhidaev V
- Produit N
- Prokofev D
- Prokofiev D O
- Rahal-Callot G
- Rancoita P G
- Rattaggi M
- Raven G
- Razis P A
- Read K
- Ren D
- Rescigno M
- Reucroft S
- Riemann S
- Riemers B C
- Riles K
- Rind O
- Ro S
- Robohm A
- Rodin J
- Rodríguez-Calonge F J
- Roe B P
- Romero L
- Rosier-Lees S
- Rosselet P
- Roth S
- Rubio Juan Antonio
- Rykaczewski H
- Salicio J
- Santocchia A
- Sarakinos M E
- Sarkar S
- Sassowsky M
- Sauvage G
- Schmidt-Kärst S
- Schmitz D
- Schmitz P
- Schneegans M
- Scholz N
- Schopper Herwig Franz
- Schotanus D J
- Schwenke J
- Schwering G
- Schäfer C
- Sciacca C
- Sciarrino D
- Sens Johannes C
- Servoli L
- Shchegelskii V
- Shevchenko S
- Shivarov N
- Shoutko V
- Shukla J
- Shumilov E
- Shvorob A V
- Siedenburg T
- Smith B
- Son D
- Sopczak André
- Soulimov V
- Spillantini P
- Steuer M
- Stickland D P
- Stone H
- Stoyanov B
- Strauch K
- Strässner A
- Sudhakar K
- Sultanov G G
- Sun L Z
- Susinno G F
- Suter H
- Swain J D
- Sánchez E
- Tang X W
- Tauscher Ludwig
- Taylor L
- Ting S M
- Ting Samuel C C
- Tonutti M
- Tonwar S C
- Tuchscherer H
- Tully C
- Tung K L
- Tóth J
- Uchida Y
- Ulbricht J
- Uwer U
- Valente E
- Van de Walle R T
- Van Dierendonck D N
- Van Hoek W C
- Van Mil A J W
- Van Rhee T
- Van Rossum W
- Vesztergombi G
- Vetlitskii I
- Viertel Gert M
- Vivargent M
- Vogel H
- Vogt H
- Von der Mey M
- Vorobev I
- Vorobyov A A
- Vorvolakos A
- Völkert R
- Wadhwa M
- Wallraff W
- Wang J C
- Wang X L
- Wang Z M
- Weber A
- Wittgenstein F
- Wu S X
- Wynhoff S
- Xu J
- Xu Z Z
- Yang B Z
- Yang C G
- Yao X Y
- Ye J B
- Yeh S C
- You J M
- Zalite A
- Zalite Yu
- Zemp P
- Zeng Y
- Zhang Z
- Zhang Z P
- Zhou B
- Zhou Y
- Zhu G Y
- Zhu R Y
- Zichichi Antonino
- Ziegler F
- Publication venue
- 'Elsevier BV'
- Publication date
- 27/11/1996
- Field of study
Charged and neutral particle multiplicities of jets associated with identified semileptonic and hadronic b decays are studied. The observed differences between these jets are used to determine the inclusive properties of the weak charged hadronic current. The average charged particle multiplicity of the weak charged hadronic current in b decays is measured for the first time to be 2.69±0.07(stat.)±0.14(syst.). This result is in good agreement with the JETSET hadronization model of the weak charged hadronic current if 40±17\% of the produced mesons are light--flavored tensor (L=1) mesons. This level of tensor meson production is consistent with the measurement of the π0 multiplicity in the weak charged hadronic current in b decays. \end{abstract
Energy and particle flow in three-jet and radiative two-jet events from hadronic Z decays
- Author
- Acciarri M
- Adam A
- Adriani O
- Aguilar-Benítez M
- Ahlen S P
- Alcaraz J
- Alkhazov G
- Aloisio A
- Alverson G
- Alviggi M G
- Ambrosi G
- An Q
- Anderhub H
- Anderson A L
- Andreev V P
- Angelescu T
- Antonov L
- Antreasyan D
- Arce P
- Arefev A
- Azemoon T
- Aziz T
- Baba P V K S
- Bagnaia P
- Bakken J A
- Baksay L
- Ball R C
- Banerjee S
- Banicz K
- Barillère R
- Barone L
- Baschirotto A
- Basile M
- Battiston R
- Bay A
- Becattini F
- Becker U
- Behner F
- Bencze G L
- Berdugo J
- Berges P
- Bertucci B
- Betev B L
- Biasini M
- Biland A
- Bilei G M
- Bizzarri R
- Blaising J J
- Bobbink Gerjan J
- Borgia B
- Boucham A
- Bourilkov D
- Bourquin Maurice
- Boutigny D
- Bouwens B T
- Brambilla Elena
- Branson J G
- Brigljevic V
- Brock I C
- Brooks M
- Bujak A T
- Burger J D
- Burger W J
- Burgos C
- Busenitz J K
- Buytenhuijs A O
- Bykov A
- Böck R K
- Böhm A
- Cai X D
- Capell M
- Cara Romeo G
- Caria M
- Carlino G
- Cartacci A M
- Casaus J
- Castello R
- Cavallo N
- Cerrada-Canales M
- Cesaroni F
- Chamizo-Llatas M
- Chang Y H
- Chaturvedi U K
- Chemarin M
- Chen A
- Chen C
- Chen G
- Chen G M
- Chen H F
- Chen H S
- Chen M
- Chiefari G
- Chien C Y
- Choi M T
- Chung S
- Cifarelli Luisa
- Cindolo F
- Civinini C
- Clare I
- Clare R
- Coan T E
- Cohn H O
- Coignet G
- Colino N
- Costantini S
- Cotorobai F
- Cui X T
- Cui X Y
- D'Alessandro R
- Dai T S
- De Asmundis R
- de Jong P
- de la Cruz B
- De Notaristefani F
- Degré A
- Deiters K
- Denes P
- DiBitonto Daryl
- Diemoz M
- Dimitrov H R
- Dionisi C
- Dittmar Michael
- Djambazov L
- Dorne I
- Dova M T
- Drago E
- Duchesneau D
- Duhem F
- Duinker P
- Durán I
- Dutta S
- Dénes E
- Easo S
- El-Mamouni H
- Engler A
- Eppling F J
- Erné F C
- Extermann Pierre
- Fabbretti R
- Fabre M
- Falciano S
- Favara A
- Fay J
- Felcini Marta
- Ferguson T
- Fernández D
- Fernández G
- Ferroni F
- Fesefeldt H S
- Fiandrini E
- Field J H
- Filthaut Frank
- Fisher P H
- Forconi G
- Fredj L
- Freudenreich Klaus
- Gailloud M
- Galaktionov Yu
- Gallo E
- Ganguli S N
- García-Abia P
- Gentile S
- Gerald J
- Gheordanescu N
- Giagu S
- Goldfarb S
- Goldstein J
- Gong Z F
- González E
- Gougas Andreas
- Goujon D
- Gratta Giorgio
- Grünewald M W
- Gu C
- Guanziroli M
- Gupta V K
- Gurtu A
- Gustafson H R
- Gutay L J
- Hasan A
- Hauschildt D
- He J T
- Hebbeker T
- Hebert M
- Hervé A
- Hilgers K
- Hofer H
- Hoorani H
- Hou S R
- Hu G
- Ille B
- Ilyas M M
- Innocente Vincenzo
- Janssen H
- Jin B N
- Jones L W
- Josa-Mutuberria I
- Kamyshkov Yu A
- Kapinos P
- Kapustinsky J S
- Karyotakis Yu
- Kasser A
- Kaur M
- Khan R A
- Khokhar S
- Kienzle-Focacci M N
- Kim D
- Kim J K
- Kim S C
- Kim Y G
- Kinnison W W
- Kirkby A
- Kirkby D
- Kirsch S
- Kittel E W
- Klimentov A
- Koffeman E
- Kornadt O
- Koulbardis A
- Koutsenko V F
- Kramer T
- Krastev V R
- Krenz W
- Krämer R W
- Kuijten H
- Kumar K S
- Kunin A
- König A C
- Ladrón de Guevara P
- Landi G
- Lanske D
- Lanzano S
- Laurikainen P
- Le Coultre P
- Le Goff J M
- Lebedev A
- Lebrun P
- Lecomte P
- Lecoq P
- Lee Jae Sik
- Lee D M
- Lee K Y
- Leedom I D
- Leggett C
- Leiste R
- Lenti M
- Leonardi E
- Levchenko P M
- Li Chuan
- Lieb E H
- Lin W T
- Linde Frank L
- Lindemann B
- Lista L
- Liu Y
- Lohmann W
- Longo E
- Lu W
- Lubbers J M
- Luci C
- Luckey D
- Ludovici L
- Luminari L
- Lustermann W
- Lü Y S
- Lübelsmeyer K
- Ma Wen Gan
- MacDermott M
- Maity M
- Malgeri L
- Malik R
- Malinin A
- Mangla S
- Maolinbay M
- Marchesini P A
- Marin A
- Martin J P
- Marzano F
- Massaro G G G
- Mazumdar K
- Maña C
- McBride P
- McMahon T
- McNally D
- Mele S
- Merk M
- Merola L
- Meschini M
- Metzger W J
- Mi Y
- Mihul A
- Mills G B
- Mir Y
- Mirabelli G
- Mnich J
- Monaco V
- Monteleoni B
- Morand R
- Morganti S
- Moulai N E
- Mount R
- Möller M
- Müller S
- Nagy E
- Napolitano M
- Nessi-Tedaldi F
- Newman H
- Niaz M A
- Nippe A
- Nowak H
- Organtini G
- Ostonen R
- Pandoulas D
- Paoletti S
- Paolucci P
- Pascale G
- Passaleva G
- Patricelli S
- Paul T
- Pauluzzi M
- Paus C
- Pauss Felicitas
- Pei Y J
- Pensotti S
- Perret-Gallix D
- Pevsner A
- Piccolo D
- Pieri M
- Pinto J C
- Piroué P A
- Pistolesi E
- Plasil F
- Plyaskin V
- Pohl M
- Postema H
- Pozhidaev V
- Produit N
- Qian J M
- Qureshi K N
- Raghavan R
- Rahal-Callot G
- Rancoita P G
- Rattaggi M
- Raven G
- Razis P A
- Read K
- Redaelli M
- Ren D
- Ren Z
- Rescigno M
- Reucroft S
- Ricker A
- Riemann S
- Riemers W
- Riles K
- Rind O
- Rizvi H A
- Ro S
- Robohm A
- Rodríguez-Calonge F J
- Roe B P
- Romero L
- Rosier-Lees S
- Rosmalen R
- Rosselet P
- Roth S
- Rubbia André
- Rubio Juan Antonio
- Rykaczewski H
- Röhner M
- Röhner S
- Salicio J
- Salicio J M
- Sanders G S
- Santocchia A
- Sarakinos M E
- Sarkar S
- Sartorelli G
- Sassowsky M
- Sauvage G
- Schmitz D
- Schmitz P
- Schneegans M
- Scholz N
- Schopper Herwig Franz
- Schotanus D J
- Schreiber H J
- Schulte R
- Schultze K
- Schwenke J
- Schwering G
- Schäfer C
- Sciacca C
- Scott I
- Sehgal R
- Seiler P G
- Sens Johannes C
- Servoli L
- Shchegelskii V
- Sheer I
- Shevchenko S
- Shi X R
- Shotkin S
- Shoutko V
- Shukla J
- Shumilov E
- Son D
- Sopczak André
- Soulimov V
- Spartiotis C
- Spickermann T
- Spillantini P
- Steuer M
- Stickland D P
- Sticozzi F
- Stone H
- Strauch K
- Sudhakar K
- Sultanov G G
- Sun L Z
- Susinno G F
- Suter H
- Swain J D
- Syed A A
- Sánchez E
- Tang X W
- Taylor L
- Timellini R
- Ting S M
- Ting Samuel C C
- Toker O
- Tonutti M
- Tonwar S C
- Trowitzsch G
- Tsaregorodtsev A Yu
- Tsipolitis G
- Tully C
- Tóth J
- Ulbricht J
- Urbàn L
- Uwer U
- Valente E
- Van de Walle R T
- Van der Zwaan B C C
- Van Rossum W
- Vetlitskii I
- Viertel Gert M
- Vikas P
- Vikas U
- Vivargent M
- Vogel H
- Vogt H
- Vorobev I
- Vorobyov A A
- Vuilleumier L
- Wadhwa M
- Wallraff W
- Wang J C
- Wang X L
- Wang Y F
- Wang Z M
- Weber A
- Weber J
- Weill R
- Willmott C
- Wittgenstein F
- Wright D
- Wu S X
- Wynhoff S
- Xu Z Z
- Yang B Z
- Yang C G
- Yang G
- Yao X Y
- Ye C H
- Ye J B
- Ye Q
- Yeh S C
- You J M
- Yunus N
- Yzerman M
- Zaccardelli C
- Zemp P
- Zeng M
- Zeng Y
- Zhang D H
- Zhang Z P
- Zhou B
- Zhou G J
- Zhou J F
- Zhu R Y
- Zichichi Antonino
- Publication venue
- 'Elsevier BV'
- Publication date
- 21/10/1994
- Field of study
Local multiplicity fluctuations in hadronic Z decay
- Author
- Acciarri M
- Adriani O
- Aguilar-Benítez M
- Ahlen S P
- Alcaraz J
- Alemanni G
- Allaby James V
- Aloisio A
- Alviggi M G
- Ambrosi G
- Anderhub H
- Andreev V P
- Angelescu T
- Anselmo F
- Arefev A
- Azemoon T
- Aziz T
- Bagnaia P
- Baksay L
- Ball R C
- Banerjee S
- Banerjee Sw
- Banicz K
- Barczyk A
- Barillère R
- Barone L
- Bartalini P
- Baschirotto A
- Basile M
- Battiston R
- Bay A
- Becattini F
- Becker U
- Behner F
- Berdugo J
- Berges P
- Bertucci B
- Betev B L
- Bhattacharya S
- Biasini M
- Biland A
- Bilei G M
- Blaising J J
- Blyth S C
- Bobbink Gerjan J
- Boldizsar L
- Borgia B
- Bourilkov D
- Bourquin Maurice
- Boutigny D
- Braccini S
- Branson J G
- Brigljevic V
- Brock I C
- Buffini A
- Buijs A
- Burger J D
- Burger W J
- Busenitz J K
- Böck R K
- Böhm A
- Cai X D
- Campanelli M
- Capell M
- Cara Romeo G
- Carlino G
- Cartacci A M
- Casaus J
- Castellini G
- Cavallari F
- Cavallo N
- Cecchi C
- Cerrada-Canales M
- Cesaroni F
- Chamizo-Llatas M
- Chang Y H
- Chaturvedi U K
- Chekanov S V
- Chemarin M
- Chen A
- Chen G
- Chen G M
- Chen H F
- Chen H S
- Chen M
- Chiefari G
- Chien C Y
- Cifarelli Luisa
- Cindolo F
- Civinini C
- Clare I
- Clare R
- Cohn H O
- Coignet G
- Colijn A P
- Colino N
- Costantini S
- Cotorobai F
- Csilling Akos
- D'Alessandro R
- Dai T S
- De Asmundis R
- de Jong P
- de la Cruz B
- De Notaristefani F
- Degré A
- Deiters K
- Denes P
- Di Lodovico F
- DiBitonto Daryl
- Diemoz M
- Dionisi C
- Dittmar Michael
- Dominguez A
- Doria A
- Dova M T
- Drago E
- Duchesneau D
- Duinker P
- Durán I
- Dutta S
- Easo S
- Efremenko Yu V
- El-Mamouni H
- Engler A
- Eppling F J
- Ernenwein J P
- Erné F C
- Extermann Pierre
- Fabre M
- Faccini R
- Falciano S
- Favara A
- Fay J
- Fedin O
- Felcini Marta
- Fenyi B
- Ferguson T
- Ferroni F
- Fesefeldt H S
- Fiandrini E
- Field J H
- Filthaut Frank
- Fisher P H
- Fisk I
- Forconi G
- Fredj L
- Freudenreich Klaus
- Furetta C
- Galaktionov Yu
- Ganguli S N
- García-Abia P
- Gau S S
- Gentile S
- Gerald J
- Gheordanescu N
- Giagu S
- Goldfarb S
- Goldstein J
- Gong Z F
- Gougas Andreas
- Gratta Giorgio
- Grünewald M W
- Gupta V K
- Gurtu A
- Gutay L J
- Haas D
- Hartmann B
- Hasan A
- Hatzifotiadou D
- Hebbeker T
- Hervé A
- Hirschfelder J
- Hofer H
- Hong S J
- Hoorani H
- Hou S R
- Hu G
- Innocente Vincenzo
- Jenkes K
- Jin B N
- Jones L W
- Josa-Mutuberria I
- Kamrad D
- Kamyshkov Yu A
- Kapustinsky J S
- Karyotakis Yu
- Kasser A
- Kaur M
- Khan R A
- Kienzle-Focacci M N
- Kim D
- Kim D H
- Kim J K
- Kim S C
- Kim Y G
- Kinnison W W
- Kirkby A
- Kirkby D
- Kirkby Jasper
- Kiss D
- Kittel E W
- Klimentov A
- Kopp A
- Korolko I
- Koutsenko V F
- Krenz W
- Krämer R W
- Kunin A
- König A C
- Lacentre P E
- Ladrón de Guevara P
- Landi G
- Lapoint C
- Lassila-Perini K M
- Laurikainen P
- Lavorato A
- Le Coultre P
- Le Goff J M
- Lebeau M
- Lebedev A
- Lebrun P
- Lecomte P
- Lecoq P
- Lee H J
- Leggett C
- Leiste R
- Leonardi E
- Levchenko P M
- Li Chuan
- Lin C H
- Lin W T
- Linde Frank L
- Lista L
- Liu Z A
- Lohmann W
- Longo E
- Lu W
- Luci C
- Luckey D
- Luminari L
- Lustermann W
- Lü Y S
- Lübelsmeyer K
- Ma Wen Gan
- Maity M
- Majumder G
- Malgeri L
- Malinin A
- Mangeol D J J
- Mangla S
- Marchesini P A
- Marin A
- Martin J P
- Marzano F
- Massaro G G G
- Maña C
- McNally D
- Mele S
- Merola L
- Meschini M
- Metzger W J
- Mi Y
- Migani D
- Mihul A
- Milcent H
- Mirabelli G
- Mnich J
- Molnár P
- Monteleoni B
- Moore R
- Morganti S
- Moulik T
- Mount R
- Muheim F
- Muijs A J M
- Nahn S
- Napolitano M
- Nessi-Tedaldi F
- Newman H
- Niessen T
- Nippe A
- Nisati A
- Oh Yu D
- Opitz H
- Organtini G
- Ostonen R
- Palit S
- Palomares C
- Pandoulas D
- Paoletti S
- Paolucci P
- Park H K
- Park I H
- Pascale G
- Passaleva G
- Patricelli S
- Paul T
- Pauluzzi M
- Paus C
- Pauss Felicitas
- Peach D
- Pei Y J
- Pensotti S
- Perret-Gallix D
- Petersen B
- Petrak S
- Pevsner A
- Piccolo D
- Pieri M
- Piroué P A
- Pistolesi E
- Plyaskin V
- Pohl M
- Postema H
- Pozhidaev V
- Produit N
- Prokofev D
- Prokofiev D O
- Quartieri J
- Rahal-Callot G
- Raja N
- Rancoita P G
- Rattaggi M
- Raven G
- Razis P A
- Read K
- Ren D
- Rescigno M
- Reucroft S
- Riemann S
- Riles K
- Rind O
- Robohm A
- Rodin J
- Roe B P
- Romero L
- Rosier-Lees S
- Rosselet P
- Roth S
- Rubio Juan Antonio
- Ruschmeier D
- Rykaczewski H
- Salicio J
- Sanders M P
- Sarakinos M E
- Sarkar S
- Sauvage G
- Schmidt-Kärst S
- Schmitz D
- Schneegans M
- Scholz N
- Schopper Herwig Franz
- Schotanus D J
- Schwenke J
- Schwering G
- Schäfer C
- Sciacca C
- Sciarrino D
- Servoli L
- Shchegelskii V
- Shevchenko S
- Shivarov N
- Shoutko V
- Shukla J
- Shumilov E
- Shvorob A V
- Siedenburg T
- Smith B
- Son D
- Spillantini P
- Steuer M
- Stickland D P
- Stone H
- Stoyanov B
- Strässner A
- Sudhakar K
- Sultanov G G
- Sun L Z
- Susinno G F
- Suter H
- Swain J D
- Sánchez E
- Tang X W
- Tauscher Ludwig
- Taylor L
- Ting S M
- Ting Samuel C C
- Tonwar S C
- Tuchscherer H
- Tully C
- Tung K L
- Tóth J
- Uchida Y
- Ulbricht J
- Uwer U
- Valente E
- Van Dierendonck D N
- Van Hoek W C
- Van Mil A J W
- Van Rhee T
- Van Rossum W
- Vesztergombi G
- Vetlitskii I
- Viertel Gert M
- Vivargent M
- Vlachos S
- Vogel H
- Vogt H
- Von der Mey M
- Vorobev I
- Vorobyov A A
- Vorvolakos A
- Völkert R
- Wadhwa M
- Wallraff W
- Wang J C
- Wang X L
- Wang Z M
- Weber A
- Wu S X
- Wynhoff S
- Xu J
- Xu Z Z
- Yang B Z
- Yang C G
- Yao X Y
- Ye J B
- Yeh S C
- You J M
- Zalite A
- Zalite Yu
- Zemp P
- Zeng Y
- Zhang Z
- Zhang Z P
- Zhou B
- Zhou Y
- Zhu G Y
- Zhu R Y
- Zichichi Antonino
- Ziegler F
- Publication venue
- 'Elsevier BV'
- Publication date
- 17/12/1997
- Field of study
Local multiplicity fluctuations in hadronic Z decays are studied using the L3 detector at LEP. Bunching parameters are used for the first time in addition to the normalised factorial moment method. The bunching parameters directly demonstrate that the fluctuations in rapidity are multifractal. Monte Carlo models show overall agreement with the data, reproducing the trend, although not always the magnitude, of the factorial moments and bunching parameters
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