نتایج جستجو برای: کشت micro mass

تعداد نتایج: 616162  

Journal: :Physical review letters 2008
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 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 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 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 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 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 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 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 L Stutte S Sumowidagdo P Svoisky A Sznajder M Talby P Tamburello A Tanasijczuk W Taylor P Telford J Temple B Tiller F Tissandier M Titov V V Tokmenin T Toole I Torchiani T Trefzger D Tsybychev B Tuchming

We study the flavor-changing-neutral-current process c-->u micro(+) micro(-) using 1.3 fb(-1) of pp[over ] collisions at square root s = 1.96 TeV recorded by the D0 detector operating at the Fermilab Tevatron Collider. We see clear indications of the charged-current mediated D(s)(+) and D(+)-->phipi(+) --> micro(+)micro(-)pi(+) final states with significance greater than 4 standard deviations a...

2010
O. Sidek M. N. Mat Nawi M. A. Miskam

107106-6464 IJET-IJENS © December 2010 IJENS I J E N S Abstract— Capacitive cantilever-mass micro-machined accelerometers have attracted much interest for properties such as a simple structure and potentially high sensitivity. This paper presents the simulation of a low-g capacitive cantilever-mass micro-machined accelerometer model to gain the desirable magnitude of displacement and capacitanc...

Journal: :iranian journal of medical sciences 0
mohamadreza baghaban eslaminejad leila taghiyar fahimeh falahi

background: cell-based treatment approach using differentiated mesenchymal stem cells (mscs) and mature chondrocytes has been considered as an advanced treatment for cartilage repair. we investigated the differentiated level of these two cell types that is crucial for their repair capacity for cartilage defect at a co-culture micro mass system.   methods: passaged-2 mscs isolated from the mouse...

2016
Kim L. Beaucage Steven I. Pollmann Stephen M. Sims S. Jeffrey Dixon David W. Holdsworth

Micro-computed tomography (micro-CT) is used routinely to quantify skeletal tissue mass in small animal models. Our goal was to evaluate repeated in vivo micro-CT imaging for monitoring whole-body composition in studies of growth and aging in mice. Male mice from 2 to 52 weeks of age were anesthetized and imaged using an eXplore Locus Ultra and/or eXplore speCZT scanner. Images were reconstruct...

In this paper, the free vibration analysis of sandwich micro beam with piezoelectric layers based on the modified couple stress and surface elasticity theories are investigated. The Hamilton’s principle is employed to derive the sandwich micro beam with piezoelectric based on modified couple stress theory incorporating with Gurtin- Murdoch surface theory. The generalized differential quadrature...

Fahimeh Falahi Leila Taghiyar Mohamadreza Baghaban Eslaminejad

Background: Cell-based treatment approach using differentiated mesenchymal stem cells (MSCs) and mature chondrocytes has been considered as an advanced treatment for cartilage repair. We investigated the differentiated level of these two cell types that is crucial for their repair capacity for cartilage defect at a co-culture micro mass system. Methods: Passaged-2 MSCs isolated from the mouse b...

Journal: :INTERNATIONAL JOURNAL OF PLANT PROTECTION 2016

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