نتایج جستجو برای: final particles

تعداد نتایج: 344789  

2012
F. Togashi J. D. Baum O. A. Soto R. Löhner F. Zhang

The Numerical modeling of burning particles, initiated from a heavily aluminized High Explosive (HE) is being investigated. Reactive multiphase flows must be modeled to properly account for variable-size aluminum particles burning behind the blast wave. The governing equations also include models for solid evaporation and chemical reactions. The final paper will present comparison of experiment...

Journal: :Physical review letters 2008
V M Abazov B Abbott M Abolins B S Acharya M Adams T Adams E Aguilo M Ahsan G D Alexeev G Alkhazov A Alton G Alverson G A Alves M Anastasoaie L S Ancu T Andeen B Andrieu M S Anzelc M Aoki Y Arnoud M Arov M Arthaud A Askew B Asman A C S Assis Jesus O Atramentov C Avila F Badaud L Bagby B Baldin D V Bandurin P Banerjee S 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 I Bertram M Besançon R Beuselinck V A Bezzubov P C Bhat V Bhatnagar C Biscarat G Blazey F Blekman S Blessing K Bloom A Boehnlein D Boline T A Bolton E E Boos G Borissov T Bose A Brandt R Brock G Brooijmans A Bross D Brown X B Bu N J Buchanan D Buchholz M Buehler V Buescher V Bunichev S Burdin T H Burnett C P Buszello J M Butler P Calfayan S Calvet J Cammin E Carrera W Carvalho B C K Casey H Castilla-Valdez S Chakrabarti D Chakraborty K M Chan A Chandra E Cheu F Chevallier D K Cho S Choi B Choudhary L Christofek T Christoudias S Cihangir D Claes J Clutter M Cooke W E Cooper M Corcoran F Couderc M-C Cousinou S Crépé-Renaudin V Cuplov D Cutts M Cwiok H da Motta A Das G Davies K De S J de Jong E De La Cruz-Burelo C De Oliveira Martins K DeVaughan 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 T Dorland A Dubey 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 Fortner H Fox S Fu S Fuess T Gadfort C F Galea C Garcia A Garcia-Bellido V Gavrilov P Gay W Geist W Geng 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 F Guo J Guo G Gutierrez P Gutierrez A Haas N J Hadley P Haefner S Hagopian J Haley I Hall R E Hall L Han K Harder A Harel J M Hauptman J Hays T Hebbeker D Hedin J G Hegeman 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 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 D Johnston A Jonckheere P Jonsson A Juste E Kajfasz J M Kalk D Karmanov P A Kasper I Katsanos D Kau V Kaushik R Kehoe S Kermiche N Khalatyan A Khanov A Kharchilava Y M Kharzheev D Khatidze T J Kim M H Kirby M Kirsch B Klima J M Kohli J-P Konrath A V Kozelov J Kraus T Kuhl A Kumar A Kupco T Kurca V A Kuzmin J Kvita F Lacroix D Lam S Lammers G Landsberg P Lebrun W M Lee A Leflat J Lellouch J Li L Li Q Z Li S M Lietti J K Lim J G R Lima D Lincoln J Linnemann V V Lipaev R Lipton Y Liu Z Liu A Lobodenko M Lokajicek P Love H J Lubatti R Luna A L Lyon A K A Maciel D Mackin R J Madaras P Mättig C Magass A Magerkurth P K Mal H B Malbouisson S Malik V L Malyshev Y Maravin B Martin R McCarthy A Melnitchouk L Mendoza P G Mercadante M Merkin K W Merritt A Meyer J Meyer J Mitrevski R K Mommsen N K Mondal R W Moore T Moulik G S Muanza 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 H Nogima S F Novaes T Nunnemann V O'Dell D C O'Neil G Obrant C Ochando D Onoprienko N Oshima N Osman 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 M Perfilov 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 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 P Rich J Rieger M Rijssenbeek I Ripp-Baudot F Rizatdinova S Robinson R F Rodrigues M Rominsky C Royon P Rubinov R Ruchti G Safronov G Sajot A Sánchez-Hernández M P Sanders B Sanghi G Savage L Sawyer T Scanlon D Schaile R D Schamberger Y Scheglov H Schellman T Schliephake S Schlobohm C Schwanenberger A Schwartzman R Schwienhorst J Sekaric H Severini E Shabalina M Shamim V Shary A A Shchukin R K Shivpuri V Siccardi V Simak V Sirotenko P Skubic P Slattery D Smirnov G R Snow J Snow S Snyder S Söldner-Rembold L Sonnenschein A Sopczak M Sosebee K Soustruznik B Spurlock J Stark J Steele V Stolin D A Stoyanova J Strandberg S Strandberg M A Strang E Strauss M Strauss R Ströhmer D Strom L Stutte S Sumowidagdo P Svoisky A Sznajder P Tamburello A Tanasijczuk W Taylor B Tiller F Tissandier M Titov V V Tokmenin I Torchiani D Tsybychev B Tuchming C Tully P M Tuts R Unalan L Uvarov S Uvarov S Uzunyan B Vachon P J van den Berg R Van Kooten W M van Leeuwen N Varelas E W Varnes I A Vasilyev P Verdier L S Vertogradov M Verzocchi D Vilanova F Villeneuve-Seguier P Vint P Vokac M Voutilainen R Wagner H D Wahl M H L S Wang J Warchol G Watts M Wayne G Weber M Weber L Welty-Rieger A Wenger N Wermes M Wetstein A White D Wicke M Williams G W Wilson S J Wimpenny M Wobisch D R Wood T R Wyatt Y Xie S Yacoob R Yamada

In this Letter we report on a search for long-lived particles that decay into final states with two electrons or photons. Such long-lived particles arise in a variety of theoretical models, such as hidden valleys and supersymmetry with gauge-mediated breaking. By precisely reconstructing the direction of the electromagnetic shower we are able to probe much longer lifetimes than previously explo...

Journal: :Physical review. E, Statistical, nonlinear, and soft matter physics 2004
E Ben-Naim P L Krapivsky

Fluctuations may govern the fate of an interacting particle system even on the mean-field level. This is demonstrated via a three species cyclic trapping reaction with a large, yet finite number of particles, where the final number of particles N(f) scales logarithmically with the system size N, N(f) approximately ln N. Statistical fluctuations, that become significant as the number of particle...

Journal: :The Journal of Biophysical and Biochemical Cytology 1960
A. G. E. Pearse D. G. Scarpelli R. Hess

In one of the current histochemical methods for dehydrogenases and diaphorases the final product is a metal-formazan dye derived from reduction of an N-thiazolyl-substituted tetrazolium. Sites of enzymic activity consistently appear as intramitochondrial dots 0.2 to 0.3 micro in diameter. When applied to active particles from disrupted mitochondria (Keilin-Hartree preparation, electron transpor...

2000
Jongsoon Park Vladimir Privman

Formation of monodispersed colloidal particles is a complex process: nuclei, produced rapidly in a supersaturated solution, grow to nanosize primary particles, which then aggregate (coagulate) to form much larger final colloids. This paper reviews a kinetic model that explains the formation of dispersions of narrow size distribution in such processes. Numerical simulations of the kinetic equati...

Journal: :Nano letters 2006
Fredrik Svedberg Zhipeng Li Hongxing Xu Mikael Käll

We use optical tweezers to move single silver nanoparticles into near-field contact with immobilized particles, forming isolated surface-enhanced Raman spectroscopy (SERS) active Ag particle dimers. The surface-averaged SERS intensity increases by a factor approximately 20 upon dimerization. Electrodynamics calculations indicate that the final approach between the particles is due to "optical b...

Journal: :Physical review letters 2001
T Adams A Alton S Avvakumov L de Barbaro P de Barbaro R H Bernstein A Bodek T Bolton J Brau D Buchholz H Budd L Bugel J Conrad R B Drucker B T Fleming R Frey J A Formaggio J Goldman M Goncharov D A Harris R A Johnson J H Kim S Koutsoliotas M J Lamm W Marsh D Mason J McDonald C McNulty K S McFarland D Naples P Nienaber A Romosan W K Sakumoto H Schellman M H Shaevitz P Spentzouris E G Stern N Suwonjandee M Tzanov M Vakili A Vaitaitis U K Yang J Yu G P Zeller E D Zimmerman

A search for long-lived neutral particles ( N0's) with masses above 2.2 GeV/c(2) that decay into at least one muon has been performed using an instrumented decay channel at the NuTeV experiment at Fermilab. Data were examined for particles decaying into the final states mumu, mu(e), and mu(pi). Three mumu events were observed over an expected standard model background of 0.069+/-0.010 events; n...

2006
Françoise Meunier Christian Pichot Abdelhamid Elaïssari

The main objective of this study is to prepare, thermally, sensitive microgel particles bearing thiol groups via precipitation polymerization of N-isopropylacrylamide (NIPAM), methylenebisacrylamide (MBA) and vinylbenzylisothiouronium chloride (VBIC) using 2-2'-azobis(2-amidinopropane)-dihydrochloride (V50) as initiator. The influence of various parameters has been investigated as a systematic ...

Journal: :Physical review. E, Statistical, nonlinear, and soft matter physics 2005
Koh Nozawa Marie-Hélène Delville Hideharu Ushiki Pascal Panizza Jean-Pierre Delville

In closed systems, control over the size of monodisperse metal-oxide colloids is generally limited to submicrometric dimensions. To overcome this difficulty, we explore the formation and growth of silica particles under constant monomer supply. The monomer source is externally driven by the progressive addition into the system of one of the precursors. Monodisperse spherical particles are produ...

2008
K. Melnikov

We make an attempt to discuss in detail the effects originating from the final state interaction in the processes involving production of unstable elementary particles and their subsequent decay. Two complementary scenarios are considered: the single resonance production and the production of two resonances. We argue that part of the corrections due to the final state interaction can be connect...

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