14 research outputs found
Transtornos mentais em uma amostra de gestantes da rede de atenção básica de saúde no Sul do Brasil
- Author
- 19 Dayan J
- 24 Brand SR
- 36 Vigo A
- 43 Lancaster CA
- Alder J
- Andrea Poyastro Pinheiro
- Ansseau M
- Barros AJ
- Bennett HA
- Costa AG
- Coutinho ES
- Da-Silva VA
- Ebert MH
- Evans J
- Faisal-Cury A
- Faisal-Cury A
- Falceto OG
- Ferri CP
- Fraguas Jr. R
- Gavin NI
- Grant KA
- Heron J
- Kendell RE
- Kroeff LR
- Lee AM
- Lima MS
- Limlomwongse N
- Linzer M
- Lovisi GM
- Ludermir AB
- Maragno L
- Marchesi C
- Mari JJ
- Maria Angélica Nunes
- Maria Inês Schmidt
- Michele Scortegagna de Almeida
- Nunes MA
- Orr ST
- Patel V
- Pereira PK
- Pinheiro SN
- Rahman A
- Rich-Edwards JW
- Seguin L
- Silva RA
- Spitzer RL
- Spitzer RL
- Suzi Camey
- van Bussel JC
- Vesga-Lopez O
- Wissart J
- Work Group to Revise DSM-III
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Qualitätssicherung von Fahrzeug-rädern aus Leichtmetallguss
- Author
- BMW Qualitätsvorschrift QV 36 026
- BORBET Prüfbericht No. BAT 2015/1762-1
- BORBET Prüfbericht No. BAT 2016/1822-1
- Chrysler Corporation
- Ford Functional Specification 3947a2e
- GM Europe Engineering Standard Superceed GME10002
- Japanese Automobile Standard JASO C614
- Mercedes-Benz Werknorm DBL 491
- Volkswagen AG Konzernnorm V 3516
- Publication venue
- 'Carl Hanser Verlag'
- Publication date
- Field of study
The Role of Excipients in the Microstructure of Topical Semisolid Drug Products
- Author
- AJP Heugten Van
- AR Longworth
- BW Barry
- G-S Chang
- GM Eccleston
- GM Eccleston
- HE Junginger
- HE Junginger
- I Eros
- J Alexander
- K Munzel
- KR Morris
- L Buhse
- MD Barry
- O Robles-Vásquez
- RA Khalil
- RK Chang
- S Cimmino
- S Fu
- S Savic
- T Iwata
- TS Awad
- U Hoppe
- United States Pharmacopeia and National Formulary (USP 41-NF 36)
- VKE Schulte
- YS Krishnaiah
- Z Németh
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Measurement of the pp -> ZZ production cross section and constraints on anomalous triple gauge couplings in four-lepton final states at root s=8 TeV
- Author
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- A[ 8
- A[ 8
- Adam W[ 2 ]
- Adler V[ 7 ]
- Agram JL[ 31 ]
- Ahmad WH[ 37 ]
- Alda WL[ 11 ]
- Alderweireldt S[ 4 ]
- Aleksandrov A[ 14 ]
- Alvarez JDR[ 33 ]
- Alves GA[ 10 ]
- Andrea J[ 31 ]
- Antunovic Z[ 20 ]
- Asawatangtrakuldee C[ 17 ]
- Asin I[ 38 ]
- Assran Y[ 24 ]
- Ata M[ 36 ]
- Attikis A[ 22 ]
- Aubin A[ 31 ]
- Autermann C[ 35 ]
- Avila C[ 18 ]
- Baffioni S[ 30 ]
- Ban Y[ 17 ]
- Bansal M[ 4 ]
- Bansal S[ 4 ]
- Bartosik N[ 38 ]
- Basegmez S[ 8 ]
- Beauceron S[ 33 ]
- Beaudette F[ 30 ]
- Beaupere N[ 33 ]
- Beernaert K[ 7 ]
- Behr J[ 38 ]
- Behrenhoff W[ 38 ]
- Behrens U[ 38 ]
- Beliy N[ 9 ]
- Bell AJ[ 38 ]
- Beluffi
- Benucci L[ 7 ]
- Beranek S[ 35 ]
- Bergauer T[ 2 ]
- Bergholz M[ 38 ]
- Bernardes CA[ 13 ]
- Besancon M[ 29 ]
- Bethani A
- Bian JG[ 16 ]
- Blekman F[ 5 ]
- Bloch D[ 31 ]
- Blyweert S[ 5 ]
- Bodlak M[ 23 ]
- Bontenackels M[ 35 ]
- Borras K[ 38 ]
- Boudoul G[ 33 ]
- Brigljevic V[ 21 ]
- Brochet S[ 33 ]
- Brom JM[ 31 ]
- Bruno G[ 8 ]
- Burgmeier A[ 38 ]
- Busson P[ 30 ]
- C[ 2
- C[ 8
- Caebergs T[ 9 ]
- Caillol C[ 6 ]
- Cakir A[ 38 ]
- Calligaris L[ 38 ]
- Calpas B[ 35 ]
- Campbell A[ 38 ]
- Carvalho W[ 11 ]
- Castello R[ 8 ]
- Caudron A[ 8 ]
- Caudron J[ 36 ]
- CE[ 2
- Ceard L[ 8 ]
- Chabert EC[ 31 ]
- Charlot C[ 30 ]
- Chasserat J[ 33 ]
- Chen GM[ 16 ]
- Chen HS[ 16 ]
- Chen M[ 16 ]
- Cherepanov V[ 37 ]
- Chierici R[ 33 ]
- Chinellato
- Choudhury S[ 38 ]
- Cimmino A[ 7 ]
- Cipriano PMR[ 38 ]
- Clerbaux B[ 6 ]
- Collard C[ 31 ]
- Contardo D[ 33 ]
- Conte E[ 31 ]
- Cornelis T[ 4 ]
- Costantini S[ 7 ]
- Costanza F[ 38 ]
- Couderc F[ 29 ]
- Crucy S[ 7 ]
- Custodio A[ 11 ]
- D'Hondt J[ 5 ]
- D[ 2
- D[ 38
- Da Costa EM[ 11 ]
- Da Silva WLP[ 11 ]
- Da Silveira GG[ 8 ]
- Daci N[ 5 ]
- Dahms T[ 30 ]
- Dalchenko M[ 30 ]
- Damiao DD[ 11 ]
- Daubie E[ 9 ]
- de Cassagnac RG[ 30 ]
- De Klundert MV[ 4 ]
- De Lentdecker G[ 6 ]
- de Monchenault GH[ 29 ]
- De Souza SF[ 11 ]
- De Wolf EA[ 4 ]
- Dejardin M[ 29 ]
- Delaere C[ 8 ]
- Denegri D[ 29 ]
- Depasse P[ 33 ]
- Dias
- Diblen SS[ 7 ]
- Dietz Laursonn E[ 36 ]
- Dildick S[ 7 ]
- Dimitrov A[ 15 ]
- Dobrzynski L[ 30 ]
- Dobur D[ 6 ]
- Donckt MV[ 33 ]
- Dooling S[ 38 ]
- Dorland T[ 38 ]
- Dragicevic M[ 2 ]
- du Pree T[ 8 ]
- Du R[ 16 ]
- Duchardt D[ 36 ]
- Eckerlin G[ 38 ]
- Eckstein D[ 38 ]
- Edelhoff M[ 35 ]
- Eerola P[ 26 ]
- Eichhorn T[ 38 ]
- EJT[ 11
- El Mamouni H[ 33 ]
- Erdmann M[ 36 ]
- Erdogan Y[ 37 ]
- Ero J[ 2 ]
- FA[ 12
- Fabbro B[ 29 ]
- Fabjan
- Fagot A[ 7 ]
- Fan J[ 33 ]
- Faure JL[ 29 ]
- Favaro C[ 29 ]
- Favart D[ 8 ]
- Favart L[ 6 ]
- Fay J[ 33 ]
- Fedi G[ 26 ]
- Feld L[ 35 ]
- Ferri F[ 29 ]
- Figueiredo DM[ 11 ]
- Filipovic N[ 30 ]
- Finger M[ 23 ]
- Finger M[ 23 ]
- Fischer R[ 36 ]
- Florent A[ 30 ]
- Florez C[ 18 ]
- Flucke G[ 38 ]
- Flugg G[ 37 ]
- Fontaine JC[ 31 ]
- Forthomme L[ 8 ]
- Friedl M[ 2 ]
- Fruhwirth
- Gadrat S[ 32 ]
- Ganjour S[ 29 ]
- Garcia G[ 7 ]
- Garcia JG[ 38 ]
- Garcia JMV[ 8 ]
- Gascon S[ 33 ]
- Gay APR[ 6 ]
- Geenen H[ 37 ]
- Geiser A[ 38 ]
- Geisler M[ 37 ]
- Gele D[ 31 ]
- Genchev
- Ghete VM[ 2 ]
- Giammanco
- Givernaud A[ 29 ]
- Glushkov I[ 15 ]
- Godinovic N[ 19 ]
- Goerlach U[ 31 ]
- Goetzmann C[ 31 ]
- Gomez JP[ 18 ]
- Gonzalez JS[ 3 ]
- Gouzevitch M[ 33 ]
- Gras P[ 29 ]
- Grebenyuk A[ 6 ]
- Gregores EM[ 13 ]
- Gunnellini P[ 38 ]
- Guo Y[ 17 ]
- Guth A[ 36 ]
- Hadjiiska R[ 15 ]
- Hammad GH[ 9 ]
- Harkonen J[ 27 ]
- Hartl C[ 2 ]
- Hauk J[ 38 ]
- Hebbeker T[ 36 ]
- Heidemann C[ 36 ]
- Hellwig G[ 38 ]
- Hempel M[ 38 ]
- Heracleous N[ 5 ]
- Hindrichs O[ 35 ]
- Hoehle F[ 37 ]
- Hoepfner K[ 36 ]
- Hollar J[ 8 ]
- Hormann N[ 2 ]
- Horton
- Hrubec J[ 2 ]
- Iaydjiev P[ 14 ]
- Ille B[ 33 ]
- J[ 11
- Janssen X[ 4 ]
- Jarry P[ 29 ]
- Jeitler
- Jez P[ 8 ]
- Jiang CH[ 16 ]
- Jung H[ 38 ]
- Kadastik M[ 25 ]
- Kadija K[ 21 ]
- Kalogeropoulos A[ 5 ]
- Kamel AE[ 24 ]
- Kargoll B[ 37 ]
- Karimaki V[ 27 ]
- Kasemann M[ 38 ]
- Katsas P[ 38 ]
- Keaveney J[ 5 ]
- Khachatryan V[ 1 ]
- Kieseler J[ 38 ]
- Kiesenhofer W[ 2 ]
- Kim TJ[ 5 ]
- Kinnunen R[ 27 ]
- Klein B[ 7 ]
- Klein K[ 35 ]
- Kleinwort C[ 38 ]
- Klingebiel D[ 36 ]
- Knunz V[ 2 ]
- Knutsson A[ 4 ]
- Knutzen S[ 36 ]
- Komm M[ 8 ]
- Kortelainen MJ[ 27 ]
- Kovac M[ 20 ]
- Kozhuharov V[ 15 ]
- Krammer
- Kratschmer I[ 2 ]
- Kress T[ 37 ]
- Kreuzer P[ 36 ]
- Krucker D[ 38 ]
- Kuessel Y[ 37 ]
- Kurca T[ 33 ]
- L[ 6
- Lampen T[ 27 ]
- Lange W[ 38 ]
- Lassila Perini K[ 27 ]
- Le Bihan AC[ 31 ]
- Lehti S[ 27 ]
- Lelas D[ 19 ]
- Lemaitre V[ 8 ]
- Leonard A[ 6 ]
- Leonard J[ 38 ]
- Lethuillier M[ 33 ]
- Li
- Li Q[ 17 ]
- Liang D[ 16 ]
- Liang S[ 16 ]
- Liao J[ 8 ]
- Liko D[ 2 ]
- Linden T[ 27 ]
- Lingemann J[ 37 ]
- Lipka K[ 38 ]
- Litov L[ 15 ]
- Liu S[ 17 ]
- Lobanov A[ 38 ]
- Locci E[ 29 ]
- Lohmann W[ 38 ]
- Lowette S[ 5 ]
- Luetic J[ 21 ]
- Lutz B[ 38 ]
- Luukka P[ 27 ]
- Luyckx S[ 4 ]
- M[ 2
- M[ 2
- M[ 36
- Maenpaa T[ 27 ]
- Maes M[ 5 ]
- Mahmoud MA[ 24 ]
- Malbouisson H[ 11 ]
- Malcles J[ 29 ]
- Malek M[ 11 ]
- Manganote
- Mankel R[ 38 ]
- Mao
- Marfin I[ 38 ]
- Marinov A[ 14 ]
- Marono MV[ 8 ]
- Martins CD[ 11 ]
- Martins MC[ 10 ]
- Martins TD[ 10 ]
- Mastrolorenzo L[ 30 ]
- Mavromanolakis G[ 22 ]
- Mccartin J[ 7 ]
- Mekterovic D[ 21 ]
- Melzer Pellmann IA[ 38 ]
- Mercadante PG[ 13 ]
- Merschmeyer M[ 36 ]
- Meyer A[ 36 ]
- Meyer AB[ 38 ]
- Mikulec I[ 2 ]
- Mine P[ 30 ]
- Mirabito L[ 33 ]
- Mironov C[ 30 ]
- Mnich J[ 38 ]
- Mohammadi A[ 6 ]
- Montoya CAC[ 33 ]
- Moreno BG[ 18 ]
- Mossolov V[ 3 ]
- Mousa J[ 22 ]
- Mundim L[ 11 ]
- Murumaa M[ 25 ]
- Mussgiller A[ 38 ]
- Naranjo IN[ 30 ]
- Naumann Emme S[ 38 ]
- Nayak A[ 29 ]
- Nguyen M[ 30 ]
- Nicolaou C[ 22 ]
- Nogima H[ 11 ]
- Novaes SF[ 12 ]
- Novgorodova O[ 38 ]
- Nowack A[ 37 ]
- Nowak F[ 38 ]
- Ntomari E[ 38 ]
- Nugent IM[ 37 ]
- Nuttens C[ 8 ]
- Ochando C[ 30 ]
- Ochesanu S[ 4 ]
- Olbrechts A[ 5 ]
- Olschewski M[ 36 ]
- Ostapchuk A[ 35 ]
- Padeken K[ 36 ]
- Padula SS[ 12 ]
- Paganini P[ 30 ]
- Pagano D[ 8 ]
- Papacz P[ 36 ]
- Pardos CD[ 38 ]
- Pavlov B[ 15 ]
- Peltola T[ 27 ]
- Perchalla L[ 37 ]
- Pereira AV[ 11 ]
- Perieanu A[ 35 ]
- Pernie
- Perrey H[ 38 ]
- Perries S[ 33 ]
- Petkov P[ 15 ]
- Pin A[ 8 ]
- Piotrzkowski K[ 8 ]
- Piperov S[ 14 ]
- Pitzl D[ 38 ]
- Placakyte R[ 38 ]
- Plestina
- Pol ME[ 10 ]
- Polic D[ 19 ]
- Pooth O[ 37 ]
- Popov
- Ptochos F[ 22 ]
- Puljak I[ 19 ]
- Python Q[ 5 ]
- Qian SJ[ 17 ]
- Quertenmont L[ 8 ]
- R[ 16
- R[ 2
- Rabady
- Radi A[ 24 ]
- Rahbaran B[ 2 ]
- Raidal M[ 25 ]
- Rander J[ 29 ]
- Raspereza A[ 38 ]
- Raupach F[ 35 ]
- Razis PA[ 22 ]
- Reis T[ 6 ]
- Reithler H[ 36 ]
- Rios AAO[ 7 ]
- Rodozov M[ 14 ]
- Rohringer H[ 2 ]
- Roland B[ 4 ]
- Ron E[ 38 ]
- Rosowsky A[ 29 ]
- Rougny R[ 4 ]
- Ryckbosch D[ 7 ]
- Sabes D[ 33 ]
- Sahin MO
- Salerno R[ 30 ]
- Salfeld Nebgen J
- Sammet J[ 35 ]
- Sanabria JC[ 18 ]
- Santaolalla J[ 11 ]
- Santoro A[ 11 ]
- Sauvan JB[ 30 ]
- Saxena P
- Schael S[ 35 ]
- Schmidt R
- Schmitz SA[ 36 ]
- Schoerner Sadenius T
- Schofbeck R[ 2 ]
- Schroder M
- Selvaggi M[ 8 ]
- Seva T[ 6 ]
- Sgandurra L[ 33 ]
- Shumeiko N[ 3 ]
- Sierra LFC[ 18 ]
- Sigamani M[ 7 ]
- Sirois Y[ 30 ]
- Sirunyan AM[ 1 ]
- Sonnenschein L[ 36 ]
- Sordini V[ 33 ]
- Spannagel S
- Sprenger D[ 35 ]
- Stahl A[ 37 ]
- Strauss J[ 2 ]
- Strobbe N[ 7 ]
- Strom D[ 5 ]
- Sudic L[ 21 ]
- Sultanov G[ 14 ]
- Sznajder A[ 11 ]
- Tao J[ 16 ]
- Taurok A[ 2 ]
- Tavernier S[ 5 ]
- Teyssier D[ 36 ]
- Thomas L[ 6 ]
- Thur S[ 36 ]
- Thyssen F[ 7 ]
- Tiko A[ 25 ]
- Titov M[ 29 ]
- Tomei TRFP[ 12 ]
- Treberer Treberspurg W[ 2 ]
- Trevino ADRV[ 38 ]
- Tsamalaidze Z[ 34 ]
- Tumasyan A[ 1 ]
- Tuominen E[ 27 ]
- Tuominiemi J[ 27 ]
- Tuovinen E[ 27 ]
- Tuuva T[ 28 ]
- Tytgat M[ 7 ]
- V[ 14
- Van Doninck W[ 5 ]
- Van Haevermaet H[ 4 ]
- Van Hove P[ 31 ]
- Van Mechelen P[ 4 ]
- Van Mulders P[ 5 ]
- Van Onsem GP[ 5 ]
- Van Remortel N[ 4 ]
- Van Spilbeeck A[ 4 ]
- Vanlaer P[ 6 ]
- Veelken C[ 30 ]
- Velde CV[ 6 ]
- Verdier P[ 33 ]
- Villella I[ 5 ]
- Viret S[ 33 ]
- Voutilainen M[ 26 ]
- Vutova M[ 14 ]
- W[ 17
- Walsh R[ 38 ]
- Waltenberger W[ 2 ]
- Wang D[ 17 ]
- Wang J[ 6 ]
- Wang X[ 16 ]
- Wang Z[ 16 ]
- Weber
- Weber H[ 35 ]
- Wendland L[ 27 ]
- Wittmer B[ 35 ]
- Wulz
- Xiao H[ 33 ]
- Y[ 17
- Yazgan E[ 7 ]
- Yilmaz Y[ 30 ]
- Zabi A[ 30 ]
- Zaganidis N[ 7 ]
- Zhang L[ 17 ]
- Zhukov V[ 35 ]
- Zou W[ 17 ]
- Publication venue
- Publication date
- 01/01/2015
- Field of study
A measurement of the inclusive ZZ production cross section and constraints on anomalous triple gauge couplings in proton-proton collisions at root s = 8 TeV are presented. The analysis is based on a data sample, corresponding to an integrated luminosity of 19.6 fb(-1), collected with the CMS experiment at the LHC. The measurements are performed in the leptonic decay modes ZZ -> lll'l', where = e, mu and l' = e, mu, tau. The measured total cross section sigma(pp -> ZZ) = 7.7 +/- 0.5 (stat) (0)(-0.4)(+0.5) (syst) +/- 0.4 (theo) +/- 0.2 (lumi) pb, for both Z bosons produced in the mass range 60 < m(z) < 120 GeV, is consistent with standard model predictions. Differential cross sections are measured and well described by the theoretical predictions. The invariant mass distribution of the four-lepton system is used to set limits on anomalous ZZZ and ZZ gamma couplings at the 95% confidence level: -0.004 < f(4)(Z), < 0.004, -0.004 < f(5)(Z) < 0.004, -0.005 < f(5)(Z) < 0.005, and -0.005 < f(5)(Y) < 0.005
Measurement of the production cross section ratio sigma(chi b2(1P))/sigma(chi b1(1P)) in pp collisions at root s=8TeV
- Author
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- A[ 24
- A[ 8
- A[ 8
- Adam W[ 2 ]
- Adler V[ 7 ]
- AE[ 24
- Agram
- Ahmad WH[ 37 ]
- Alderweireldt S[ 4 ]
- Aleksandrov A[ 14 ]
- Alvarez JDR[ 33 ]
- Alves GA[ 10 ]
- Andrea J[ 31 ]
- Antunovic Z[ 20 ]
- Asawatangtrakuldee C[ 17 ]
- Asin I[ 38 ]
- Assran
- Ata M[ 36 ]
- Attikis A[ 22 ]
- Aubin A[ 31 ]
- Autermann C[ 35 ]
- Avila C[ 18 ]
- Baffioni S[ 30 ]
- Ban Y[ 17 ]
- Bansal M[ 4 ]
- Bansal S[ 4 ]
- Bartosik N[ 38 ]
- Basegmez S[ 8 ]
- Beauceron S[ 33 ]
- Beaudette F[ 30 ]
- Beaupere N[ 33 ]
- Beernaert K[ 7 ]
- Behr J[ 38 ]
- Behrenhoff W[ 38 ]
- Behrens U[ 38 ]
- Beliy N[ 9 ]
- Bell AJ[ 38 ]
- Beluffi
- Benucci L[ 7 ]
- Beranek S[ 35 ]
- Bergauer T[ 2 ]
- Bergholz
- Bernardes CA[ 13 ]
- Besancon M[ 29 ]
- Bethani A[ 38 ]
- Bian JG[ 16 ]
- Blekman F[ 5 ]
- Bloch D[ 31 ]
- Blyweert S[ 5 ]
- Bodlak M[ 23 ]
- Bontenackels M[ 35 ]
- Borras K[ 38 ]
- Boudoul
- Bouvier E[ 33 ]
- Brigljevic V[ 21 ]
- Brito L[ 10 ]
- Brochet S[ 33 ]
- Brom JM[ 31 ]
- Bruno G[ 8 ]
- Burgmeier A[ 38 ]
- Busson P[ 30 ]
- C[ 2
- C[ 8
- Caebergs T[ 9 ]
- Caillol C[ 6 ]
- Cakir A[ 38 ]
- Calligaris L[ 38 ]
- Campbell A[ 38 ]
- Carvalho W[ 11 ]
- Castello R[ 8 ]
- Caudron A[ 8 ]
- CE[ 2
- Ceard L[ 8 ]
- Chabert EC[ 31 ]
- Charlot C[ 30 ]
- Chasserat J[ 33 ]
- Chen GM[ 16 ]
- Chen HS[ 16 ]
- Chen M[ 16 ]
- Cherepanov V[ 37 ]
- Chierici R[ 33 ]
- Chinellato
- Choudhury S[ 38 ]
- Cimmino A[ 7 ]
- Clerbaux B[ 6 ]
- Collard C[ 31 ]
- Contardo
- Conte
- Cornelis T[ 4 ]
- Costantini S[ 7 ]
- Costanza F[ 38 ]
- Couderc F[ 29 ]
- Crucy S[ 7 ]
- Custoodio A[ 11 ]
- D'Hondt J[ 5 ]
- D[ 2
- D[ 33
- Da Costa EM[ 11 ]
- Da Silva WLP[ 11 ]
- Da Silveira GG[ 8 ]
- Daci N[ 5 ]
- Dahms T[ 30 ]
- Dalchenko M[ 30 ]
- Damiao DD[ 11 ]
- Daubie E[ 9 ]
- De Lentdecker G[ 6 ]
- de Monchenault GH[ 29 ]
- De Souza SF[ 11 ]
- Dejardin M[ 29 ]
- Delaere C[ 8 ]
- Denegri D[ 29 ]
- Depasse P[ 33 ]
- DeWolf EA[ 4 ]
- Diblen SS[ 7 ]
- Dietz Laursonn E[ 36 ]
- Dildick S[ 7 ]
- Dimitrov A[ 15 ]
- Dobrzynski L[ 30 ]
- Dobur D[ 6 ]
- Dogra S[ 12 ]
- Donckt MV[ 33 ]
- Dooling S[ 38 ]
- Dorland T[ 38 ]
- Dragicevic M[ 2 ]
- Du Pree T[ 8 ]
- Du R[ 16 ]
- Duchardt D[ 36 ]
- E[ 31
- Eckerlin G[ 38 ]
- Eckstein D[ 38 ]
- Edelhoff M[ 35 ]
- Eerola P[ 26 ]
- Eichhorn T[ 38 ]
- EJT[ 11
- El Mamouni H[ 33 ]
- Erdmann M[ 36 ]
- Erdogan Y[ 37 ]
- Ero J[ 2 ]
- Fabbro B[ 29 ]
- Fabjan
- Fagot A[ 7 ]
- Fan J[ 33 ]
- Faure JL[ 29 ]
- Favaro C[ 29 ]
- Favart D[ 8 ]
- Favart L[ 6 ]
- Fay J[ 33 ]
- Fedi G[ 26 ]
- Feld L[ 35 ]
- Ferri F[ 29 ]
- Figueiredo DM[ 11 ]
- Filipovic N[ 30 ]
- Finger
- Finger M[ 23 ]
- Fischer R[ 36 ]
- Florent A[ 30 ]
- Florez C[ 18 ]
- Flucke G[ 38 ]
- Flugge G[ 37 ]
- Fontaine
- Forthomme L[ 8 ]
- Friedl M[ 2 ]
- Fruhwirth
- G[ 33
- Gadrat S[ 32 ]
- Ganjour S[ 29 ]
- Garcia G[ 7 ]
- Garcia JG[ 38 ]
- Garcia JMV[ 8 ]
- Gascon S[ 33 ]
- Gay APR[ 6 ]
- Geenen H[ 37 ]
- Geiser A[ 38 ]
- Geisler M[ 37 ]
- Gele D[ 31 ]
- Genchev
- Ghete VM[ 2 ]
- Giammanco
- Givernaud A[ 29 ]
- Glushkov I[ 15 ]
- Godinovic N[ 19 ]
- Goerlach U[ 31 ]
- Goetzmann C[ 31 ]
- Gomez JP[ 18 ]
- Gouzevitch M[ 33 ]
- Granier De Cassagnac R[ 30 ]
- Gras P[ 29 ]
- Grebenyuk A[ 6 ]
- Gregores EM[ 13 ]
- Gunnellini P[ 38 ]
- Guo Y[ 17 ]
- Guth A[ 36 ]
- Hadjiiska R[ 15 ]
- Hammad GH[ 9 ]
- Harkonen J[ 27 ]
- Hartl C[ 2 ]
- Hauk J
- Hauk J
- Hebbeker T[ 36 ]
- Heidemann C[ 36 ]
- Heister A[ 37 ]
- Hempel M[ 38 ]
- Heracleous N[ 5 ]
- Herrera CM[ 10 ]
- Hindrichs O[ 35 ]
- Hoehle F[ 37 ]
- Hoepfner K[ 36 ]
- Hollar J[ 8 ]
- Hormann N[ 2 ]
- Horton D[ 38 ]
- Hrubec J[ 2 ]
- Iaydjiev P[ 14 ]
- Ille B[ 33 ]
- J[ 11
- Janssen X[ 4 ]
- Jarry P[ 29 ]
- JC[ 31
- Jeitler M[ 2 ]
- Jez P[ 8 ]
- Jiang CH[ 16 ]
- JL[ 31
- Jung H[ 38 ]
- Junior MCM[ 10 ]
- Junior WLA[ 10 ]
- Kadastik M[ 25 ]
- Kadija K[ 21 ]
- Kalogeropoulos A[ 38 ]
- Kamel
- Kargoll B[ 37 ]
- Karimaki V[ 27 ]
- Kasemann M[ 38 ]
- Katsas P[ 38 ]
- Keaveney J[ 5 ]
- Khachatryan V[ 1 ]
- Kieseler J[ 38 ]
- Kiesenhofer W[ 2 ]
- Kinnunen R[ 27 ]
- Klein K[ 35 ]
- Kleinwort C[ 38 ]
- Klingebiel D[ 36 ]
- Knunz V[ 2 ]
- Knutsson A[ 4 ]
- Knutzen S[ 36 ]
- Komm M[ 8 ]
- Kortelainen MJ[ 27 ]
- Kovac M[ 20 ]
- Kozhuharov V[ 15 ]
- Krammer M[ 2 ]
- Kratschmer I[ 2 ]
- Kress T[ 37 ]
- Kreuzer P[ 36 ]
- Krucker D[ 38 ]
- Kuessel Y[ 37 ]
- Kurca T[ 33 ]
- L[ 6
- Lampen T[ 27 ]
- Lange W[ 38 ]
- Lassila Perini K[ 27 ]
- Le Bihan AC[ 31 ]
- Lehti S[ 27 ]
- Lelas D[ 19 ]
- Lemaitre V[ 8 ]
- Leonard A[ 6 ]
- Leonard J[ 38 ]
- Lethuillier M[ 33 ]
- Li Q[ 17 ]
- Li W[ 17 ]
- Liang S[ 16 ]
- Liko D[ 2 ]
- Linden T[ 27 ]
- Lingemann J[ 37 ]
- Lipka K[ 38 ]
- Litov L[ 15 ]
- Liu S[ 17 ]
- Lobanov A[ 38 ]
- Locci E[ 29 ]
- Lohmann
- Lowette S[ 5 ]
- Luetic J[ 21 ]
- Lutz B[ 38 ]
- Luukka P[ 27 ]
- Luyckx S[ 4 ]
- M[ 23
- M[ 38
- MA[ 24
- Maenpaa T[ 27 ]
- Maes M[ 5 ]
- Mahmoud
- Malbouisson H[ 11 ]
- Malcles J[ 29 ]
- Manganote
- Mankel R[ 38 ]
- Mao Y[ 17 ]
- Marfin I[ 38 ]
- Marinov A[ 14 ]
- Marono MV[ 8 ]
- Martins CD[ 11 ]
- Martins TDR[ 10 ]
- Mastrolorenzo L[ 30 ]
- Mavromanolakis G[ 22 ]
- Mccartin J[ 7 ]
- Mekterovic D[ 21 ]
- Melzer Pellmann IA[ 38 ]
- Mercadante PG[ 13 ]
- Merschmeyer M[ 36 ]
- Meyer A[ 36 ]
- Meyer B[ 38 ]
- Mikulec I[ 2 ]
- Millet P[ 36 ]
- Mine P[ 30 ]
- Mirabito L[ 33 ]
- Mironov C[ 30 ]
- Mittag G[ 38 ]
- Mnich J[ 38 ]
- Mohammadi A[ 6 ]
- Montoya CAC[ 33 ]
- Moreno BG[ 18 ]
- Mossolov V[ 3 ]
- Mousa J[ 22 ]
- Mundim L[ 11 ]
- Murumaa M[ 25 ]
- Mussgiller A[ 38 ]
- Naranjo IN[ 30 ]
- Naumann Emme S[ 38 ]
- Nayak A[ 38 ]
- Nguyen M[ 30 ]
- Nicolaou C[ 22 ]
- Nogima H[ 11 ]
- Novaes SF[ 12 ]
- Novgorodova O[ 38 ]
- Nowack A[ 37 ]
- Nugent IM[ 37 ]
- Nuttens C[ 8 ]
- Ochando C[ 30 ]
- Ochesanu S[ 4 ]
- Olbrechts A[ 5 ]
- Olschewski M[ 36 ]
- Ostapchuk A[ 35 ]
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- Padula SS[ 12 ]
- Paganini P[ 30 ]
- Pagano D[ 8 ]
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- Pavlov B[ 15 ]
- Peltola T[ 27 ]
- Perchalla L[ 37 ]
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- Pernie
- Perries S[ 33 ]
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- Petkov P[ 15 ]
- Pin A[ 8 ]
- Piotrzkowski K[ 8 ]
- Piperov S[ 14 ]
- Plestina
- Pol ME[ 10 ]
- Polic D[ 19 ]
- Pooth O[ 37 ]
- Popov
- Ptochos F[ 22 ]
- Puljak I[ 19 ]
- Python Q[ 5 ]
- Qian SJ[ 17 ]
- Quertenmont L[ 8 ]
- R[ 16
- R[ 2
- Rabady
- Radi
- Rahbaran B[ 2 ]
- Raidal M[ 25 ]
- Rander J[ 29 ]
- Raupach F[ 35 ]
- Razis PA[ 22 ]
- Regnard S[ 30 ]
- Reis T[ 6 ]
- Reithler H[ 36 ]
- Rios AAO[ 7 ]
- Rodozov M[ 14 ]
- Rohringer H[ 2 ]
- Roland B[ 4 ]
- Rosowsky A[ 29 ]
- Rougny R[ 4 ]
- Ryckbosch D[ 7 ]
- Sabes D[ 33 ]
- Salerno R[ 30 ]
- Sammet J[ 35 ]
- Sanabria JC[ 18 ]
- Santaolalla J[ 11 ]
- Santoro A[ 11 ]
- Sauvan JB[ 30 ]
- Schael S[ 35 ]
- Schmitz SA[ 36 ]
- Schofbeck R[ 2 ]
- Selvaggi M[ 8 ]
- Seva T[ 6 ]
- Sgandurra L[ 33 ]
- Shumeiko N[ 3 ]
- Sierra LFC[ 18 ]
- Sigamani M[ 7 ]
- Sirois Y[ 30 ]
- Sirunyan AM[ 1 ]
- Sonnenschein L[ 36 ]
- Sordini V[ 33 ]
- Stahl A[ 37 ]
- Stoykova S[ 14 ]
- Strauss J[ 2 ]
- Strobbe N[ 7 ]
- Strom D[ 5 ]
- SuarezGonzalez J[ 3 ]
- Sudic L[ 21 ]
- Sultanov G[ 14 ]
- Sznajder A[ 11 ]
- Tao J[ 16 ]
- Taurok A[ 2 ]
- Tavernier S[ 5 ]
- Tcholakov V[ 14 ]
- Teyssier D[ 36 ]
- Thomas L[ 6 ]
- Thuer S[ 36 ]
- Thyssen F[ 7 ]
- Tiko A[ 25 ]
- Titov M[ 29 ]
- Tomei TRFP[ 12 ]
- Treberer Treberspurg W[ 2 ]
- Tsamalaidze
- Tumasyan A[ 1 ]
- Tuominen E[ 27 ]
- Tuominiemi J[ 27 ]
- Tuovinen E[ 27 ]
- Tuuva T[ 28 ]
- Tytgat M[ 7 ]
- V[ 14
- V[ 35
- Van De Klundert M[ 4 ]
- Van Doninck W[ 5 ]
- Van Haevermaet H[ 4 ]
- Van Hove P[ 31 ]
- Van Mechelen P[ 4 ]
- Van Mulders P[ 5 ]
- Van Onsem GP[ 5 ]
- Van Remortel N[ 4 ]
- Van Spilbeeck A[ 4 ]
- Vander Velde C[ 6 ]
- Vanlaer P[ 6 ]
- Veelken C[ 30 ]
- Verdier P[ 33 ]
- Villella I[ 5 ]
- Viret S[ 33 ]
- Voutilainen M[ 26 ]
- Vutova M[ 14 ]
- W[ 38
- Waltenberger W[ 2 ]
- Wang D[ 17 ]
- Wang J[ 6 ]
- Wang X[ 16 ]
- Wang Z[ 16 ]
- Weber H[ 35 ]
- Weber M[ 36 ]
- Wendland L[ 27 ]
- Wittmer B[ 35 ]
- Wulz
- Xiao H[ 33 ]
- Y[ 24
- Yazgan E[ 7 ]
- Yilmaz Y[ 30 ]
- Z[ 34
- Zabi A[ 30 ]
- Zaganidis N[ 7 ]
- Zhang L[ 17 ]
- Zhukov
- Zou W[ 17 ]
- Publication venue
- Publication date
- 01/01/2015
- Field of study
A measurement of the production cross section ratio sigma(chi b2(1P))/sigma(chi b1(1P)) is presented. The chi b1 (1P) and chi b2 (1P) bottomonium states, promptly produced in pp collisions at root s = 8TeV, are detected by the CMS experiment at the CERN LHC through their radiative decays chi b1,2(1P) -> Y(1S) + gamma. The emitted photons are measured through their conversion to e(+) e(-) pairs, whose reconstruction allows the two states to be resolved. The Y(1S) is measured through its decay to two muons. An event sample corresponding to an integrated luminosity of 20.7 fb(-1) is used to measure the cross section ratio in a phase-space region defined by the photon pseudorapidity, vertical bar eta(gamma)vertical bar < 1.0; the Y(1S) rapidity, vertical bar y(Y)vertical bar < 1.5; and the Y(1S) transverse momentum, 7 < p(T)(Y) < 40 GeV. The cross section ratio shows no significant dependence on the.(1S) transverse momentum, with a measured average value of 0.85 +/- 0.07 (stat + syst) +/- 0.08 (BF), where the first uncertainty is the combination of the experimental statistical and systematic uncertainties and the second is from the uncertainty in the ratio of the chi b branching fractions
Entrance channel dependence of the correlation function of IMFs in Ar-36+Sn-112,Sn-124 at 35MeV/u
- Author
- Duan LM (Duan Li-Min)
- Feng ZQ (Feng Zhao-Qing)
- Fu F (Fu Fen) 标题: Entrance channel dependence of the correlation function of IMFs in Ar-36+Sn-112,Sn-124 at 35MeV/u
- Hu RJ (Hu Rong-Jiang)
- Jin GM (Jin Gen-Ming)
- Li ZY (Li Zu-Yu)
- Wang HW (Wang Hong-Wei)
- Wang SF (Wang Su-Fang)
- Wei ZY (Wei Zhi-Yong)
- Wu HY (Wu He-Yu)
- Xiao ZG (Xiao Zhi-Gang)
- Xu HS (Xu Hu-Shan)
- Yuan XH (Yuan Xiao-Hua)
- Zhang BG (Zhang Bao-Guo)
- Zhu YT (Zhu Yong-Tai)
- Publication venue
- Publication date
- Field of study
The reduced velocity correlation functions of the Intermediate Mass Fragments (IMFs) were measured in the reactions of Ar-36+ Sn-112,Sn-124 at 35MeV/u. The anti-correlation at small reduced velocities is more pronounced in Ar-36+ Sn-124 system than that in Ar-36+ Sn-112 system. The difference of the correlation functions between the two reactions is mainly contributed by the particle pairs with high momenta. A three-body Coulomb repulsive trajectory code (MENEKA) is employed to calculate the emission time scale of IMFs for-the both systems. The time scale is 150fm/c in the Ar-36+ Sn-112 system and 120fm/c in the Ar-36+ Sn-124 system, respectively. A calculation based on an Isospin dependence Quantum Molecular Dynamics code (IQMD) reveals that the emission time spectrum of IMFs is shifted slightly leftwards in Ar-36+ Sn-124 compared with that in the Ar-16+ Sn-112 system, indicating a shorter emission time scale. Correspondingly, the central density of the hot nuclei decreases faster in Ar-36+ Sn-124 than in Ar-36+ Sn-11
Slope stability assessment and design of remedial measures for Tungnath Temple at Uttarakhand, India: a case study
- Author
- A Basistha
- A Pain
- A. Dwivedi
- AK Batar
- BM Das
- GEO-SLOPE International Ltd
- GM Latha
- IS 1498
- IS 1893
- IS 2720 Part 2
- IS 2720 part 3
- IS 2720 part 33
- IS 2720 part 36
- IS 2720 part 39 sec 2
- J Mathew
- K Sarkar
- M Kumar
- M. Samanta
- M. Sharma
- MR Koerner
- MR Simac
- P Punetha
- P. Punetha
- R Singh
- RK Umrao
- S Sarkar
- S Sarkar
- S. Sarkar
- SL Chattoraj
- SP Sati
- TN Singh
- V Vishal
- YM Cheng
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Measurement of charm production at central rapidity in proton-proton collisions at ps = 7 TeV
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- A[ 43
- A[ 59
- A[ 59
- A[ 63
- Abelev B[ 84 ]
- Adamova D[ 89 ]
- Adare AM[ 128 ]
- Aggarwal MM[ 93 ]
- Agocs AG[ 75 ]
- Agostinelli
- Ahammed Z[ 124 ]
- Ahmad N[ 18 ]
- Ahn
- AK[ 43
- Akindinov A[ 61 ]
- Alaniz EC[ 71 ]
- Aleksandrov D[ 105 ]
- Alessandro B[ 37 ]
- Alici
- Alkin A[ 3 ]
- Alt T[ 49 ]
- Altini
- Altinpinar S[ 19 ]
- Altsybeev I[ 125 ]
- Andrei C[ 86 ]
- Andronic
- Anguelov V[ 98 ]
- Anson C[ 20 ]
- Anticic T[ 103 ]
- Antinori F[ 1 ]
- Antonioli P[ 24 ]
- Aphecetche L[ 110 ]
- Appelshauser H[ 67 ]
- AR[ 9
- Arbor N[ 80 ]
- Arcelli
- Arend A[ 67 ]
- Armesto
- Arnaldi R[ 37 ]
- Aronsson T[ 128 ]
- Arsene
- Arslandok M[ 67 ]
- Asryan A[ 125 ]
- Augustinus A[ 43 ]
- Averbeck
- Avina EA[ 71 ]
- Awes TC[ 90 ]
- Aysto
- Azmi MD[ 18 ]
- B[ 101
- B[ 23
- B[ 40
- B[ 51
- Bach M[ 49 ]
- Badala A[ 33 ]
- Baek
- Bailhache R[ 67 ]
- Baillie OV[ 107 ]
- Bala R[ 37 ]
- Balbastre GC[ 80 ]
- Baldisseri A[ 15 ]
- Baldit A[ 79 ]
- Ban J[ 62 ]
- Baral RC[ 63 ]
- Barbera
- Barile
- Barnafoldi GG[ 75 ]
- Barnby LS[ 107 ]
- Barret V[ 79 ]
- Barroso VC[ 43 ]
- Bartke J[ 112 ]
- Basile
- Bastid N[ 79 ]
- Bathen B[ 69 ]
- Batigne G[ 110 ]
- Batyunya B[ 74 ]
- Baumann C[ 67 ]
- Bearden IG[ 87 ]
- Beck H[ 67 ]
- Belikov I[ 73 ]
- Bellini
- Bellwied R[ 117 ]
- Belmont Moreno E[ 71 ]
- Beole
- Berceanu I[ 86 ]
- Bercuci A[ 86 ]
- Berdnikov Y[ 91 ]
- Berenyi D[ 75 ]
- Bergmann C[ 69 ]
- Berzano
- Betev L[ 43 ]
- Bhasin A[ 96 ]
- Bhati AK[ 93 ]
- Bianchi
- Bianchi N[ 81 ]
- Bianchin
- Bielcik J[ 47 ]
- Bielcikova J[ 89 ]
- Bilandzic A[ 88 ]
- Blanco F[ 117 ]
- Blanco F[ 8 ]
- Blau D[ 105 ]
- Blume C[ 67 ]
- Boccioli M[ 43 ]
- Bock N[ 20 ]
- Bogdanov A[ 85 ]
- Boggild H[ 87 ]
- Bogolyubsky M[ 57 ]
- Boldizsar L[ 75 ]
- Bombara M[ 48 ]
- Book J[ 67 ]
- Borel H[ 15 ]
- Borissov A[ 127 ]
- Bortolin
- Bose S[ 106 ]
- Bossu
- Botje M[ 88 ]
- Bottger S[ 66 ]
- Boyer B[ 56 ]
- Braun Munzinger
- Bregant M[ 110 ]
- Breitner T[ 66 ]
- Broz M[ 46 ]
- Brun R[ 43 ]
- Bruna
- Bruno
- Budnikov D[ 104 ]
- Buesching H[ 67 ]
- Bufalino
- Bugaiev K[ 3 ]
- Busch O[ 98 ]
- Bustamante RTJ[ 70 ]
- Buthelezi Z[ 95 ]
- C[ 101
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- C[ 43
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- Caffarri
- Cahuantzi MR[ 2 ]
- Cai X[ 54 ]
- Caines H[ 128 ]
- Camerini
- Carena F[ 43 ]
- Carena W[ 43 ]
- Carlin N
- Carminati F[ 43 ]
- Caselle M[ 43 ]
- Castellanos JC[ 15 ]
- Castro XS[ 70 ]
- Casula
- Catanescu V[ 86 ]
- Cavicchioli C[ 43 ]
- Cepila J[ 47 ]
- Cerello P[ 37 ]
- Cervantes IM[ 70 ]
- Chang
- Chapeland S[ 43 ]
- Charvet JL[ 15 ]
- Chattopadhyay S[ 106 ]
- Chattopadhyay S[ 124 ]
- Cherney M[ 92 ]
- Cheshkov
- Cheynis B[ 116 ]
- Chiavassa E[ 37 ]
- Chinellato DD[ 115 ]
- Chochula P[ 43 ]
- Chojnacki
- Christakoglou
- Christensen CH[ 87 ]
- Christiansen P[ 42 ]
- Chujo T[ 122 ]
- Chung SU[ 100 ]
- Cicalo C[ 28 ]
- Cifarelli
- Cindolo F[ 24 ]
- Cleymans J[ 95 ]
- Coccetti
- Coffin JP[ 73 ]
- Colamaria
- Colella
- Constantin P[ 98 ]
- Contin
- Contreras
- Cormier TM[ 127 ]
- Corral
- Cortese
- Cosentino
- Costa F[ 43 ]
- Cotallo ME[ 8 ]
- Crescio
- Crochet P[ 79 ]
- Cuautle E[ 70 ]
- Cunqueiro L[ 81 ]
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- D[ 101
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- Dainese A[ 1 ]
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- Danu A[ 65 ]
- Das D[ 106 ]
- Das I[ 106 ]
- Das K[ 106 ]
- Dash
- Dash S[ 37 ]
- Davalos AM[ 71 ]
- de Barros GOV
- DE CARO ANNALISA
- de Cataldo G[ 41 ]
- de Cuveland J[ 49 ]
- De Falco
- De Godoy DAM
- DE GRUTTOLA DANIELE
- de Guevara PL[ 70 ]
- De Marco N[ 37 ]
- De Oliveira EP
- DE PASQUALE Salvatore
- de Rooij
- de Toledo AS
- De S[ 124 ]
- del Valle
- Delagrange H[ 110 ]
- Deloff A[ 109 ]
- Demanov V[ 104 ]
- Denes E[ 75 ]
- Deppman A
- Di Bari
- Di Giglio
- Di Liberto S[ 31 ]
- Di Mauro A[ 43 ]
- Di Nezza P[ 81 ]
- Diaz AC[ 81 ]
- Dietel T[ 69 ]
- Divia R[ 43 ]
- DJ[ 51
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- Dobrin
- Dobrowolski T[ 109 ]
- Dominguez I[ 70 ]
- Don CKK[ 127 ]
- Donigus
- Dordic O[ 22 ]
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- Dupieux P[ 79 ]
- E[ 27
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- Elia D[ 41 ]
- EM[ 40
- Emschermann D[ 69 ]
- Engel H[ 66 ]
- Erasmo
- Erdal HA[ 45 ]
- Espagnon B[ 56 ]
- Estienne M[ 110 ]
- Esumi S[ 122 ]
- Evans D[ 107 ]
- Eyyubova G[ 22 ]
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- Faivre J[ 80 ]
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- Fantoni A[ 81 ]
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- Fearick R[ 95 ]
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- Feofilov G[ 125 ]
- Ferreiro
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- Ferretti
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- Figiel J[ 112 ]
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- Fiore
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- Fokin S[ 105 ]
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- G[ 23
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- Gago A[ 108 ]
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- Garcia Solis E[ 13 ]
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- Germain M[ 110 ]
- Geuna C[ 15 ]
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- Ghosh P[ 124 ]
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- Girard MR[ 126 ]
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- GL[ 27
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- Glassel P[ 98 ]
- GM[ 36
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- Gonzalez Trueba LH[ 71 ]
- Gonzalez Zamora P[ 8 ]
- Gorbunov S[ 49 ]
- Goswami A[ 97 ]
- Gotovac S[ 111 ]
- Grabski V[ 71 ]
- Graczykowski LK[ 126 ]
- Grajcarek R[ 98 ]
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- Grigoras A[ 43 ]
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- Grigoriev V[ 85 ]
- Grigoryan A[ 129 ]
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- Grion N[ 26 ]
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- Grossiord JY[ 116 ]
- Grosso R[ 43 ]
- Guber F[ 58 ]
- Guernane R[ 80 ]
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- Guilbaud M[ 116 ]
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- Gutierrez CG[ 108 ]
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- Herrmann N[ 98 ]
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- Humanic TJ[ 20 ]
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- I[ 101
- I[ 101
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- Ilkiv I[ 109 ]
- Inaba M[ 122 ]
- Incani
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- PAGANO PAOLA
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- Pajares
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- Pulvirenti
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- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2012
- Field of study
The p t-differential inclusive production cross sections of the prompt charmed mesons D0, D+, and D*+ in the rapidity range |y| < 0.5 were measured in proton-proton collisions at Ös = 7 TeVs=7TeV at the LHC using the ALICE detector. Reconstructing the decays D0 → K−π+, D+ → K−π+π+, D*+ → D0π+, and their charge conjugates, about 8,400 D0, 2,900 D+, and 2,600 D*+ mesons with 1 < p t < 24 GeV/c were counted, after selection cuts, in a data sample of 3.14 × 108 events collected with a minimum-bias trigger (integrated luminosity L int = 5 nb−1). The results are described within uncertainties by predictions based on perturbative QCD
