نتایج جستجو برای: orbitally g

تعداد نتایج: 441977  

2011
Stéphanie Tissot Martino Reclari Samuel Quinodoz Matthieu Dreyer Dominique T Monteil Lucia Baldi David L Hacker Mohamed Farhat Marco Discacciati Alfio Quarteroni Florian M Wurm

Materials and methods CHO-DG44 cells were cultivated in suspension in 1-L bottles as described in [1]. To determine conditions under which the shear stress was harmful for the cells, the bottles were orbitally shaken on an ES-X platform (Kühner AG, Birsfelden, Switzerland) at agitation rates from 150 to 200 rpm for 24 h. Control cultures were run in parallel with agitation at 110 rpm. The veloc...

Journal: :Physical review letters 2008
T Aaltonen A Abulencia J Adelman T Akimoto M G Albrow B Alvarez González S Amerio D Amidei A Anastassov A Annovi J Antos G Apollinari A Apresyan T Arisawa A Artikov W Ashmanskas A Attal A Aurisano F Azfar P Azzi-Bacchetta P Azzurri N Bacchetta W Badgett A Barbaro-Galtieri V E Barnes B A Barnett S Baroiant V Bartsch G Bauer P-H Beauchemin F Bedeschi P Bednar S Behari G Bellettini J Bellinger A Belloni D Benjamin A Beretvas J Beringer T Berry A Bhatti M Binkley D Bisello I Bizjak R E Blair C Blocker B Blumenfeld A Bocci A Bodek V Boisvert G Bolla A Bolshov D Bortoletto J Boudreau A Boveia B Brau L Brigliadori C Bromberg E Brubaker J Budagov H S Budd S Budd K Burkett G Busetto P Bussey A Buzatu K L Byrum S Cabrera M Campanelli M Campbell F Canelli A Canepa D Carlsmith R Carosi S Carrillo S Carron B Casal M Casarsa A Castro P Catastini D Cauz M Cavalli-Sforza A Cerri L Cerrito S H Chang Y C Chen M Chertok G Chiarelli G Chlachidze F Chlebana K Cho D Chokheli J P Chou G Choudalakis S H Chuang K Chung W H Chung Y S Chung C I Ciobanu M A Ciocci A Clark D Clark G Compostella M E Convery J Conway B Cooper K Copic M Cordelli G Cortiana F Crescioli C Cuenca Almenar J Cuevas R Culbertson J C Cully D Dagenhart M Datta T Davies P de Barbaro S De Cecco A Deisher G De Lentdecker G De Lorenzo M Dell'orso L Demortier J Deng M Deninno D De Pedis P F Derwent G P Di Giovanni C Dionisi B Di Ruzza J R Dittmann M D'Onofrio S Donati P Dong J Donini T Dorigo S Dube J Efron R Erbacher D Errede S Errede R Eusebi H C Fang S Farrington W T Fedorko R G Feild M Feindt J P Fernandez C Ferrazza R Field G Flanagan R Forrest S Forrester M Franklin J C Freeman I Furic M Gallinaro J Galyardt F Garberson J E Garcia A F Garfinkel H Gerberich D Gerdes S Giagu P Giannetti K Gibson J L Gimmell C M Ginsburg N Giokaris M Giordani P Giromini M Giunta V Glagolev D Glenzinski M Gold N Goldschmidt A Golossanov G Gomez G Gomez-Ceballos M Goncharov O González I Gorelov A T Goshaw K Goulianos A Gresele S Grinstein C Grosso-Pilcher U Grundler J Guimaraes da Costa Z Gunay-Unalan C Haber K Hahn S R Hahn E Halkiadakis A Hamilton B-Y Han J Y Han R Handler F Happacher K Hara D Hare M Hare S Harper R F Harr R M Harris M Hartz K Hatakeyama J Hauser C Hays M Heck A Heijboer B Heinemann J Heinrich C Henderson M Herndon J Heuser S Hewamanage D Hidas C S Hill D Hirschbuehl A Hocker S Hou M Houlden S-C Hsu B T Huffman R E Hughes U Husemann J Huston J Incandela G Introzzi M Iori A Ivanov B Iyutin E James B Jayatilaka D Jeans E J Jeon S Jindariani W Johnson M Jones K K Joo S Y Jun J E Jung T R Junk T Kamon D Kar P E Karchin Y Kato R Kephart U Kerzel V Khotilovich B Kilminster D H Kim H S Kim J E Kim M J Kim S B Kim S H Kim Y K Kim N Kimura L Kirsch S Klimenko M Klute B Knuteson B R Ko S A Koay K Kondo D J Kong J Konigsberg A Korytov A V Kotwal J Kraus M Kreps J Kroll N Krumnack M Kruse V Krutelyov T Kubo S E Kuhlmann T Kuhr N P Kulkarni Y Kusakabe S Kwang A T Laasanen S Lai S Lami S Lammel M Lancaster R L Lander K Lannon A Lath G Latino I Lazzizzera T Lecompte J Lee Y J Lee S W Lee R Lefèvre N Leonardo S Leone S Levy J D Lewis C Lin C S Lin M Lindgren E Lipeles A Lister D O Litvintsev T Liu N S Lockyer A Loginov M Loreti L Lovas R-S Lu D Lucchesi J Lueck C Luci P Lujan P Lukens G Lungu L Lyons J Lys R Lysak E Lytken P Mack D Macqueen R Madrak K Maeshima K Makhoul T Maki P Maksimovic S Malde S Malik G Manca A Manousakis F Margaroli C Marino C P Marino A Martin M Martin V Martin M Martínez R Martínez-Ballarín T Maruyama P Mastrandrea T Masubuchi M E Mattson P Mazzanti K S McFarland P McIntyre R McNulty A Mehta P Mehtala S Menzemer A Menzione P Merkel C Mesropian A Messina T Miao N Miladinovic J Miles R Miller C Mills M Milnik A Mitra G Mitselmakher H Miyake S Moed N Moggi C S Moon R Moore M Morello P Movilla Fernandez J Mülmenstädt A Mukherjee Th Muller R Mumford P Murat M Mussini J Nachtman Y Nagai A Nagano J Naganoma K Nakamura I Nakano A Napier V Necula C Neu M S Neubauer J Nielsen L Nodulman M Norman O Norniella E Nurse S H Oh Y D Oh I Oksuzian T Okusawa R Oldeman R Orava K Osterberg S Pagan Griso C Pagliarone E Palencia V Papadimitriou A Papaikonomou A A Paramonov B Parks S Pashapour J Patrick G Pauletta M Paulini C Paus D E Pellett A Penzo T J Phillips G Piacentino J Piedra L Pinera K Pitts C Plager L Pondrom X Portell O Poukhov N Pounder F Prakoshyn A Pronko J Proudfoot F Ptohos G Punzi J Pursley J Rademacker A Rahaman V Ramakrishnan N Ranjan I Redondo B Reisert V Rekovic P Renton M Rescigno S Richter F Rimondi L Ristori A Robson T Rodrigo E Rogers S Rolli R Roser M Rossi R Rossin P Roy A Ruiz J Russ V Rusu H Saarikko A Safonov W K Sakumoto G Salamanna O Saltó L Santi S Sarkar L Sartori K Sato P Savard A Savoy-Navarro T Scheidle P Schlabach E E Schmidt M A Schmidt M P Schmidt M Schmitt T Schwarz L Scodellaro A L Scott A Scribano F Scuri A Sedov S Seidel Y Seiya A Semenov L Sexton-Kennedy A Sfyrla S Z Shalhout M D Shapiro T Shears P F Shepard D Sherman M Shimojima M Shochet Y Shon I Shreyber A Sidoti P Sinervo A Sisakyan A J Slaughter J Slaunwhite K Sliwa J R Smith F D Snider

We report the observation of two narrow resonances consistent with states of orbitally excited (L=1) B_(s) mesons using 1 fb;(-1) of pp[over ] collisions at sqrt[s]=1.96 TeV collected with the Collider Detector at Fermilab II detector at the Fermilab Tevatron. We use two-body decays into K- and B+ mesons reconstructed as B(+)-->J/psiK(+), J/psi-->mu(+)mu(-) or B(+)-->D[over ](0)pi(+), D[over ](...

2016
Mingqiang Gu James M. Rondinelli

We report a dynamic structure and band engineering strategy with experimental protocols to induce indirect-to-direct band gap transitions and coherently oscillating pure spin-currents in three-dimensional antiferromagnets (AFM) using selective phononic excitations. In the Mott insulator LaTiO3, we show that a photo-induced nonequilibrium phonon mode amplitude destroys the spin and orbitally deg...

1999
Salam Tawfiq

Single pion transitions of S wave to S wave, P wave to S wave and P wave to P wave heavy baryons are analyzed in the framework of the Heavy Quark Symmetry limit (HQS). We then use a constituent quark model picture for the light diquark system with an underlying SU(2Nf ) ⊗ O(3) symmetry to reduce the number of the HQS coupling factors required to describe these transitions. A single constituent ...

Journal: :Physical review letters 2013
David Doennig Warren E Pickett Rossitza Pentcheva

Density functional theory calculations with an on-site Coulomb repulsion term reveal competing ground states in (111)-oriented (LaAlO(3))(M)/(SrTiO(3))(N) superlattices with n-type interfaces, ranging from spin, orbitally polarized (with selective e(g)('), a(1g), or d(xy) occupation), Dirac point Fermi surface, to charge-ordered flat band phases. These phases are steered by the interplay of (i)...

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