نتایج جستجو برای: 61 and b 1

تعداد نتایج: 17337254  

2000
Aihua Fan

Given an in nite sequence t= ( k)k of −1 and +1, we consider the oriented walk de ned by Sn(t) = ∑n k=1 1 2 : : : k . The set of t’s whose behaviors satisfy Sn(t) ∼ bn is considered (b ∈ R and 0¡ 61 being xed) and its Hausdor dimension is calculated. A two-dimensional model is also studied. A three-dimensional model is described, but the problem remains open. c © 2000 Elsevier Science B.V. All ...

Journal: :Veterinary microbiology 2009
Nyree D Phillips Tom La Peter J Adams Belinda L Harland Stanley G Fenwick David J Hampson

Feral pigs are recognized as being a potential reservoir of pathogenic microorganisms that can infect domestic pigs and other species. The aim of this study was to investigate whether feral pigs in Western Australia were colonized by the pathogenic enteric bacteria Lawsonia intracellularis, Brachyspira hyodysenteriae and/or Brachyspira pilosicoli. A total of 222 feral pigs from three study-popu...

پایان نامه :وزارت علوم، تحقیقات و فناوری - پژوهشگاه مواد و انرژی - پژوهشکده سرامیک 1392

thermal barrier coatings (tbcs) are used to provide thermal insulation to the hot section components of gas turbines in order to enhance the operating temperature and turbine efficiency. hot corrosion and thermal shocks are the main destructive factors in tbcs which comes as a result of oxygen and molten salt diffusion into the coating. in this thesis atmospheric plasma spraying was used to dep...

Journal: Geopersia 2016

The Gutenberg–Richter parameters (a and b), fractal dimension (DC), and relationships between these parameters are calculated for different regions of the North of Central-East Iran Blocks (NCEIB). The whole examined area (between 34°-36° N and 55°-61° E) is divided into 55 equal square grids. Both the a and b values for the frequency-magnitude distribution (FMD) and the fractal dimension (DC) ...

Journal: :Brazilian Journal of Cardiovascular Surgery 2004

Journal: :Physical review letters 2007
V M Abazov B Abbott M Abolins B S Acharya M Adams T Adams E Aguilo S H Ahn M Ahsan G D Alexeev G Alkhazov A Alton G Alverson G A Alves M Anastasoaie L S Ancu T Andeen S Anderson B Andrieu M S Anzelc Y Arnoud M Arov M Arthaud A Askew B Asman A C S Assis Jesus O Atramentov C Autermann C Avila C Ay F Badaud A Baden L Bagby B Baldin D V Bandurin S Banerjee P Banerjee E Barberis A-F Barfuss P Bargassa P Baringer J Barreto J F Bartlett U Bassler D Bauer S Beale A Bean M Begalli M Begel C Belanger-Champagne L Bellantoni A Bellavance J A Benitez S B Beri G Bernardi R Bernhard L Berntzon I Bertram M Besançon R Beuselinck V A Bezzubov P C Bhat V Bhatnagar C Biscarat G Blazey F Blekman S Blessing D Bloch K Bloom A Boehnlein D Boline T A Bolton G Borissov K Bos T Bose A Brandt R Brock G Brooijmans A Bross D Brown N J Buchanan D Buchholz M Buehler V Buescher S Burdin S Burke T H Burnett C P Buszello J M Butler P Calfayan S Calvet J Cammin S Caron W Carvalho B C K Casey N M Cason H Castilla-Valdez S Chakrabarti D Chakraborty K M Chan K Chan A Chandra F Charles E Cheu F Chevallier D K Cho S Choi B Choudhary L Christofek T Christoudias S Cihangir D Claes C Clément B Clément Y Coadou M Cooke W E Cooper M Corcoran F Couderc M-C Cousinou S Crépé-Renaudin D Cutts M Cwiok H da Motta A Das G Davies K De S J de Jong P de Jong E De La Cruz-Burelo C De Oliveira Martins J D Degenhardt F Déliot M Demarteau R Demina D Denisov S P Denisov S Desai H T Diehl M Diesburg A Dominguez H Dong L V Dudko L Duflot S R Dugad D Duggan A Duperrin J Dyer A Dyshkant M Eads D Edmunds J Ellison V D Elvira Y Enari S Eno P Ermolov H Evans A Evdokimov V N Evdokimov A V Ferapontov T Ferbel F Fiedler F Filthaut W Fisher H E Fisk M Ford M Fortner H Fox S Fu S Fuess T Gadfort C F Galea E Gallas E Galyaev C Garcia A Garcia-Bellido V Gavrilov P Gay W Geist D Gelé C E Gerber Y Gershtein D Gillberg G Ginther N Gollub B Gómez A Goussiou P D Grannis H Greenlee Z D Greenwood E M Gregores G Grenier Ph Gris J-F Grivaz A Grohsjean S Grünendahl M W Grünewald J Guo F Guo P Gutierrez G Gutierrez A Haas N J Hadley P Haefner S Hagopian J Haley I Hall R E Hall L Han K Hanagaki P Hansson K Harder A Harel R Harrington J M Hauptman R Hauser J Hays T Hebbeker D Hedin J G Hegeman J M Heinmiller A P Heinson U Heintz C Hensel K Herner G Hesketh M D Hildreth R Hirosky J D Hobbs B Hoeneisen H Hoeth M Hohlfeld S J Hong R Hooper S Hossain P Houben Y Hu Z Hubacek V Hynek I Iashvili R Illingworth A S Ito S Jabeen M Jaffré S Jain K Jakobs C Jarvis R Jesik K Johns C Johnson M Johnson A Jonckheere P Jonsson A Juste D Käfer S Kahn E Kajfasz A M Kalinin J R Kalk J M Kalk S Kappler D Karmanov J Kasper P Kasper I Katsanos D Kau R Kaur V Kaushik R Kehoe S Kermiche N Khalatyan A Khanov A Kharchilava Y M Kharzheev D Khatidze H Kim T J Kim M H Kirby M Kirsch B Klima J M Kohli J-P Konrath M Kopal V M Korablev B Kothari A V Kozelov D Krop A Kryemadhi T Kuhl A Kumar S Kunori A Kupco T Kurca J Kvita F Lacroix D Lam S Lammers G Landsberg J Lazoflores P Lebrun W M Lee A Leflat F Lehner J Lellouch V Lesne J Leveque P Lewis J Li Q Z Li L Li S M Lietti J G R Lima D Lincoln J Linnemann V V Lipaev R Lipton Y Liu Z Liu L Lobo A Lobodenko M Lokajicek A Lounis P Love H J Lubatti A L Lyon A K A Maciel D Mackin R J Madaras P Mättig C Magass A Magerkurth N Makovec P K Mal H B Malbouisson S Malik V L Malyshev H S Mao Y Maravin B Martin R McCarthy A Melnitchouk A Mendes L Mendoza P G Mercadante M Merkin K W Merritt J Meyer A Meyer M Michaut T Millet J Mitrevski J Molina R K Mommsen N K Mondal R W Moore T Moulik G S Muanza M Mulders M Mulhearn O Mundal L Mundim E Nagy M Naimuddin M Narain N A Naumann H A Neal J P Negret P Neustroev H Nilsen A Nomerotski S F Novaes T Nunnemann V O'Dell D C O'Neil G Obrant C Ochando D Onoprienko N Oshima J Osta R Otec G J Otero Y Garzón M Owen P Padley M Pangilinan N Parashar S-J Park S K Park J Parsons R Partridge N Parua A Patwa G Pawloski B Penning P M Perea K Peters Y Peters P Pétroff M Petteni R Piegaia J Piper M-A Pleier P L M Podesta-Lerma V M Podstavkov Y Pogorelov M-E Pol P Polozov A Pompos B G Pope A V Popov C Potter W L Prado da Silva H B Prosper S Protopopescu J Qian A Quadt B Quinn A Rakitine M S Rangel K J Rani K Ranjan P N Ratoff P Renkel S Reucroft P Rich M Rijssenbeek I Ripp-Baudot F Rizatdinova S Robinson R F Rodrigues C Royon P Rubinov R Ruchti G Safronov G Sajot A Sánchez-Hernández M P Sanders A Santoro G Savage L Sawyer T Scanlon D Schaile R D Schamberger Y Scheglov H Schellman P Schieferdecker T Schliephake C Schmitt C Schwanenberger A Schwartzman R Schwienhorst J Sekaric S Sengupta H Severini E Shabalina M Shamim V Shary A A Shchukin R K Shivpuri D Shpakov V Siccardi V Simak V Sirotenko P Skubic P Slattery D Smirnov R P Smith J Snow G R Snow S Snyder S Söldner-Rembold L Sonnenschein A Sopczak M Sosebee K Soustruznik M Souza B Spurlock J Stark J Steele V Stolin A Stone D A Stoyanova J Strandberg S Strandberg M A Strang M Strauss E Strauss R Ströhmer D Strom M Strovink L Stutte S Sumowidagdo P Svoisky A Sznajder M Talby P Tamburello A Tanasijczuk W Taylor P Telford J Temple B Tiller

This Letter presents the first strong evidence for the resolution of the excited B mesons B(1) and B(2)* as two separate states in fully reconstructed decays to B(+)(*)pi(-). The mass of B(1) is measured to be 5720.6+/-2.4+/-1.4 MeV/c(2) and the mass difference DeltaM between B(2)* and B(1) is 26.2+/-3.1+/-0.9 MeV/c;{2}, giving the mass of the B(2)* as 5746.8+/-2.4+/-1.7 MeV/c(2). The productio...

2008
H. A. McAlister S. T. Ridgway

Context. The main sequence binary star 61 Cyg (K5V+K7V) is our nearest stellar neighbour in the northern hemisphere. This proximity makes it a particularly well suited system for very high accuracy interferometric radius measurements. Aims. Our goal is to constrain the poorly known evolutionary status and age of this bright binary star. Methods. We obtained high accuracy interferometric observa...

Journal: :Nihon Naika Gakkai Zasshi 2017

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