105 research outputs found
A New Upper Limit for the Tau-Neutrino Magnetic Moment
- Author
- A. Kulik
- Abreu
- Acciarri
- Allison
- B. Baller
- B. Lundberg
- Beacom
- Beda
- Bilenky
- Brun
- C. Andreopoulos
- C. Erickson
- C. Rosenfeld
- C.S. Yoon
- Cooper-Sarkar
- D. Boehnlein
- D. Ciampa
- Derbin
- Domogatskii
- Feldman
- Fukuda
- G. Tzanakos
- Gninenko
- H. Jiko
- Ingelman
- J. Morfin
- J. Schneps
- J. Sielaff
- J. Trammell
- J. Wilcox
- J.C. Yun
- J.S. Song
- J.T. Rhee
- K. Heller
- K. Hoshino
- K. Kodama
- K. Niwa
- K. Okada
- Kodama
- Krakauer
- M. Graham
- M. Komatsu
- M. Kubantsev
- M. Miyanishi
- M. Nakamura
- N. Nonaka
- N. Saoulidou
- N. Stanton
- N. Ushida
- N.W. Reay
- O. Sato
- P. Berghaus
- P. Yager
- R. Rameika
- R. Rusack
- R. Schwienhorst
- R. Sidwell
- Rädel
- S. Aoki
- S. Yoshida
- S.H. Chung
- T. Akdogan
- T. Hara
- T. Kafka
- T. Nakano
- T. Patzak
- Talebazadeh
- Tanimoto
- Trofimov
- V. Paolone
- Van Ginneken
- W. Freeman
- W. Oliver
- Publication venue
- 'Elsevier BV'
- Publication date
- 11/02/2001
- Field of study
Using a prompt neutrino beam in which a nu_tau component was identified for
the first time, the nu_tau magnetic moment was measured based on a search for
an anomalous increase in the number of neutrino-electron interactions. One such
event was observed when 2.3 were expected from background processes, giving an
upper 90% confidence limit of 3.9x10^-7 Bohr magnetons.Comment: 9 pages; 1 figur
The Similarity Hypothesis in General Relativity
- Author
- A. A. Coley
- A. Coley
- A. Coley
- A. Krasinski
- A. Ori
- A. Ori
- A. Wasserman
- A. Whitworth
- A.A. Coley
- A.A. Coley
- A.A. Coley
- A.A. Coley
- A.A. Coley
- A.A. Coley
- A.D. Rendall
- A.H. Cahill
- A.J.S. Hamilton
- A.J.S. Hamilton
- A.P. Billyard
- A.V. Frolov
- A.V. Frolov
- A.V. Frolov
- A.V. Frolov
- B. J. Carr
- B. Ratra
- B. Waugh
- B. Waugh
- B.C. Collins
- B.C. Nolan
- B.C. Nolan
- B.J. Carr
- B.J. Carr
- B.J. Carr
- B.J. Carr
- B.J. Carr
- B.J. Carr
- B.J. Carr
- B.J. Carr
- B.K. Berger
- C. Hunter
- C. Hunter
- C. Uggla
- C. Wetterich
- C.B. Collins
- C.B. Collins
- C.G. Hewitt
- C.G. Hewitt
- C.G. Hewitt
- C.R. Evans
- C.W. Misner
- D. Baumann
- D. Berenstein
- D. Christodoulou
- D. Christodoulou
- D. Christodoulou
- D. Kramer
- D. Lynden-Bell
- D. Maison
- D.K. Nadezhin
- D.M. Eardley
- D.N.C. Lin
- E. Bertschinger
- E. Bertschinger
- E. Poisson
- E.J. Copeland
- E.M. Lifshitz
- G.F.R. Ellis
- G.I. Barenblatt
- G.I. Barenblatt
- G.I. Taylor
- G.V. Bicknell
- G.V. Bicknell
- G.W. Gibbons
- H. Bondi
- H. Maeda
- H. Maeda
- H. Maeda
- H. Maeda
- H. Maeda
- H. Ringstrom
- H. Ringström
- H. Ringström
- H. van Elst
- I. Musco
- I.D. Novikov
- J. Maldacena
- J. Ponce de Leon
- J. Schwartz
- J. Wainwright
- J. Wainwright
- J. Wainwright
- J.A. Fillmore
- J.K. Erickson
- J.T. Horwood
- K. Lake
- K. Lake
- K. Olive
- K. Tomita
- L. Randall
- L.I. Sedov
- M. Goliath
- M. Shibata
- M. Weaver
- M. Weaver
- M.A. Hausman
- M.D. Roberts
- M.V. Penston
- M.W. Choptuik
- P.M. Benoit
- P.M. Garnavich
- P.R. Brady
- P.R. Brady
- R. Bean
- R. Gueven
- R.B. Larson
- R.C. Tolman
- R.J. van den Hoogen
- R.M. Wald
- R.N. Henriksen
- R.N. Henriksen
- R.R. Caldwell
- S. Hervik
- S. Hod
- S. Ikeuchi
- S. Kichenassamy
- S. Perlmutter
- S.W. Goode
- S.W. Goode
- T. Damour
- T. Foglizzo
- T. Harada
- T. Harada
- T. Harada
- T. Harada
- T. Harada
- T. Harada
- T. Koike
- V. A. Belinskii
- V. Rubakov
- V.A. Belinskii
- V.A. Belinskii
- V.A. Belinskii
- W.B. Bonnor
- W.B. Bonnor
- W.C. Lim
- W.C. Saslaw
- X. Lin
- Y. Hoffman
- Ya.B. Zeldovich
- Ya.B. Zeldovich
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 10/08/2005
- Field of study
Self-similar models are important in general relativity and other fundamental
theories. In this paper we shall discuss the ``similarity hypothesis'', which
asserts that under a variety of physical circumstances solutions of these
theories will naturally evolve to a self-similar form. We will find there is
good evidence for this in the context of both spatially homogenous and
inhomogeneous cosmological models, although in some cases the self-similar
model is only an intermediate attractor. There are also a wide variety of
situations, including critical pheneomena, in which spherically symmetric
models tend towards self-similarity. However, this does not happen in all cases
and it is it is important to understand the prerequisites for the conjecture.Comment: to be submitted to Gen. Rel. Gra
Variação da sensibilidade de populações de Phakopsora pachyrhizi a fungicidas inibidores da desmetilação no Brasil
- Author
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Observation of Tau Neutrino Interactions
- Author
- A. Kulik
- Aoki
- Astier
- B. Baller
- B. Lundberg
- C. Andreopoulos
- C. Erickson
- C. Rosenfeld
- C.S. Yoon
- Cowan
- D. Boehnlein
- D. Ciampa
- Danby
- Eskut
- G. Tzanakos
- H. Jiko
- J. Morfin
- J. Schneps
- J. Sielaff
- J. Trammell
- J. Wilcox
- J.C. Yun
- J.S. Song
- J.T. Rhee
- K. Heller
- K. Hoshino
- K. Kodama
- K. Niwa
- K. Okada
- M. Graham
- M. Komatsu
- M. Kubantsev
- M. Miyanishi
- M. Nakamura
- N. Nonaka
- N. Saoulidou
- N. Stanton
- N. Ushida
- N.W. Reay
- Nakamura
- Nakano
- Nakano
- Nakano
- O. Sato
- P. Berghaus
- P. Yager
- Perl
- R. Rameika
- R. Rusack
- R. Schwienhorst
- R. Sidwell
- S. Aoki
- S. Yoshida
- S.H. Chung
- Schwienhorst
- T. Akdogan
- T. Hara
- T. Kafka
- T. Nakano
- T. Patzak
- Ushida
- V. Paolone
- W. Freeman
- W. Oliver
- Publication venue
- 'Elsevier BV'
- Publication date
- 14/12/2000
- Field of study
The DONUT experiment has analyzed 203 neutrino interactions recorded in
nuclear emulsion targets. A decay search has found evidence of four tau
neutrino interactions with an estimated background of 0.34 events. This number
is consistent with the Standard Model expectation.Comment: 12 pages, 3 figures, PD
On the contact detection for contact-impact analysis in multibody systems
- Author
- A. Bowling
- A. Djerassi
- B. Brogliato
- B. Brogliato
- B. Feeny
- B.M. Kwak
- C. Glocker
- C. Glocker
- C. Glocker
- C. Studer
- C. Wellmann
- C.W. Gear
- D. Erickson
- D.M. Flickinger
- E.G. Dimitrakopoulos
- E.J. Haug
- F. Pfeifer
- F. Pfeiffer
- G. Gilardi
- G. Hippmann
- H. Carsten
- H.M. Lankarani
- H.M. Lankarani
- I. Han
- I. Sharf
- J. Ambrósio
- J. Baumgarte
- J. Choi
- J. Pang
- J.C. Trinkle
- J.J. Moreau
- J.J. Moreau
- J.M.P. Dias
- J.T. Oden
- Jorge Ambrósio
- K. He
- K.D. Bhalerao
- K.H. Hunt
- L. Shampine
- L. Sousa
- M. Anitescu
- M. Förg
- M. Machado
- M.A. Neto
- P. Flores
- P. Flores
- P. Flores
- P. Flores
- P. Flores
- P. Flores
- P. Flores
- P. Nikravesh
- P. Wriggers
- P.D. Panagiotopoulos
- Paulo Flores
- R.I. Leine
- S. Djerassi
- S. Ebrahimi
- S. Ebrahimi
- S. Erkaya
- S.A.M. Najafabadi
- T. Qiang
- T.W. Lee
- V. Acary
- W. Goldsmith
- Y. Gonthier
- Y.A. Khulief
- Y.A. Khulief
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2010
- Field of study
One of the most important and complex parts of the simulation of multibody systems with contact-impact involves the detection of the precise instant of impact. In general, the periods of contact are very small and, therefore, the selection of the time step for the integration of the time derivatives of the state variables plays a crucial role in the dynamics of multibody systems. The conservative approach is to use very small time steps throughout the analysis. However, this solution is not efficient from the computational view point. When variable time step integration algorithms are used and the pre-impact dynamics does not involve high-frequencies the integration algorithms may use larger time steps and the contact between two surfaces may start with initial penetrations that are artificially high. This fact leads either to a stall of the integration algorithm or to contact forces that are physically impossible which, in turn, lead to post-impact dynamics that is unrelated to the physical problem. The main purpose of this work is to present a general and comprehensive approach to automatically adjust the time step, in variable time step integration algorithms, in the vicinity of contact of multibody systems. The proposed methodology ensures that for any impact in a multibody system the time step of the integration is such that any initial penetration is below any prescribed threshold. In the case of the start of contact, and after a time step is complete, the numerical error control of the selected integration algorithm is forced to handle the physical criteria to accept/reject time steps in equal terms with the numerical error control that it normally uses. The main features of this approach are the simplicity of its computational implementation, its good computational efficiency and its ability to deal with the transitions between non contact and contact situations in multibody dynamics. A demonstration case provides the results that support the discussion and show the validity of the proposed methodology.Fundação para a Ciência e a Tecnologia (FCT
Qualidade da carne de frangos caipiras abatidos em diferentes idades
- Author
- BERRI C.
- BERRI C.
- BIHAN-DUVAL E.
- BIHAN-DUVAL E.
- BRESSAN M. C.
- CASTELLINI C.
- CASTELLINI C.
- CASTELLINI C.
- CASTELLINI C.
- CRABONE G.T.
- DABÉS A.C.
- ERICKSON H.H.
- FANATICO A.C.
- FARIA P.B.
- FARMER L.J.
- FRONING G.W.
- GAYA L.G.
- GRASHORN M.A.
- HORWITZ W.
- LAWRIE R.A.
- LONERGAN S.M.
- M.C. Bressan
- MONAHAN F.J.
- MUSA H.H.
- P.B. Faria
- PRÄNDL O.
- QUENTIN M.
- RIZZI C.
- SANTOS A.L.
- SAUVEUR B.
- SILVA M.A.N.
- TOLDRÁ F.
- TOURAILLE C.
- TOURAILLE C.
- X.R. Souza
- ZANUSSO J.T.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
Global Properties of Solar Flares
- Author
- A. Asai
- A. Bleybel
- A. Bruzek
- A. Donea
- A. Veronig
- A. Vourlidas
- A. Vourlidas
- A.C. Riddle
- A.G. Emslie
- A.G. Kosovichev
- A.G. Kosovichev
- A.G. Kosovichev
- A.G. Kosovichev
- A.L. Kiplinger
- A.M. Veronig
- A.Y. Shih
- B. Vršnak
- B.J. Thompson
- B.R. Dennis
- C. Chifor
- C. Delannée
- C. Lindsey
- C. Lindsey
- C. Liu
- C.L. Wolff
- D. Moses
- D. Tripathi
- D.A. Biesecker
- D.B. Jess
- D.E. McKenzie
- D.F. Neidig
- D.F. Webb
- D.J. Schmit
- D.M. Rust
- D.M. Rust
- D.M. Zarro
- E. Robbrecht
- E.L. Chupp
- E.N. Parker
- E.W. Cliver
- E.W. Cliver
- E.W. Cliver
- F. Fárník
- G. Kanbach
- G.A. Gary
- G.E. Moreton
- G.H. Fisher
- G.H.J. van den Oord
- G.J. Hurford
- G.K. Parks
- H. Carmichael
- H. Elliot
- H. Ji
- H. Wang
- H. Wang
- H.M. Bain
- H.R. Gilbert
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.S. Hudson
- H.W. Dodson
- Hugh S. Hudson
- I.G. Hannah
- J. Qiu
- J. Qiu
- J. Zhang
- J.A. Grayson
- J.A. Klimchuk
- J.C. Brown
- J.E. Vernazza
- J.I. Khan
- J.J. Aly
- J.J. Sudol
- J.L. Bougeret
- J.M. McTiernan
- J.P. Wild
- J.T. Burkepile
- K.H. Schatten
- K.J. Frost
- K.L. Harvey
- K.P. Dere
- K.S. Balasubramaniam
- L. Fletcher
- L. Fletcher
- L. Li
- L. Sui
- L. Woltjer
- M. Battaglia
- M. Güdel
- M. Kretzschmar
- M. Pick
- M. Shimojo
- M. Temmer
- M.D. Altschuler
- M.J. Wills-Davey
- M.J. Wills-Davey
- M.L. De Rosa
- N. Gopalswamy
- N. Gopalswamy
- N. Mittal
- N. Narukage
- N.D. Kostiuk
- N.R. Sheeley Jr.
- N.V. Nitta
- P. Kaufmann
- P.A. Sturrock
- P.C. Grigis
- P.J. Cargill
- P.J. Cargill
- P.T. Gallagher
- R. Hodgson
- R. Liu
- R. Moore
- R. Ramaty
- R.A. Harrison
- R.A. Mewaldt
- R.A. Mewaldt
- R.C. Canfield
- R.C. Carrington
- R.G. Athay
- R.J. Thomas
- R.L. Moore
- R.P. Lin
- R.P. Lin
- S. Krucker
- S. Krucker
- S. Régnier
- S. Serio
- S. Tsuneta
- S. Yashiro
- S.A. Colgate
- S.A. Matthews
- S.R. Kane
- S.R. Kane
- S.W. Kahler
- S.W. Kahler
- T. Hirayama
- T. Shimizu
- T.G. Forbes
- T.G. Forbes
- T.J. Okamoto
- T.N. Woods
- T.R. Metcalf
- V. Ontiveros
- W.C. Erickson
- W.J. MacCombie
- W.M. Neupert
- W.M. Neupert
- W.M. Neupert
- Y. Hanaoka
- Y. Uchida
- Y. Wang
- Y. Yang
- Z. Svestka
- Z. Švestka
- Z.F. Svestka
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
Estimulação hormonal, punção folicular transvaginal e avaliação ovocitária em bezerras pré-púberes da raça Nelore (Bos taurus indicus)
- Author
- ADAMS G.P.
- ARMSTRONG D.T.
- ARMSTRONG D.T.
- ARMSTRONG D.T.
- BARROS C.M.
- BOLS P.E.J.
- BOLS P.E.J.
- BROGLIATTI G. M.
- BROGLIATTI G.M.
- CROWDER M.J.
- DAMIANI P.
- Daniela Costa Pereira
- Danilo Malagoli Junior
- DESJARDINS C.
- DODE M.A.N.
- EARL C.R.
- ERICKSON B.H.
- ERICKSON B.H.
- FAIR T.
- FRY R.C.
- GIRDEN E.R.
- GOSDEN R.G.
- HASHIMOTO S.
- HAWK H.W.
- HAZELEGER N.L.
- IRVINE B.
- KAJIHARA Y.
- KELLY J.
- KHATIR H.
- KHURANA N.K.
- KUWER A.
- LOHUIS M.M.
- LOONEY C.R.
- LÉVESQUE J.T.
- MACLELLAN L.J.
- MACLELLAN L.J.
- MAJERUS V.
- MALARD P.F.
- Marilia Viviane Snel-Oliveira
- PALMA G.A.
- PIETERSE M.C.
- PRESICCE G.A.
- PRESICCE G.A.
- RESTLE J.
- REVEL F
- RICK G.
- Rodolfo Rumpf
- RODRIGUES H.D.
- SEIDEL G.E.
- SILVA A.E.D.F.
- STUBBINGS R.B.
- TANEJA M.
- TERVIT H.R.
- WIT A.A. WURTH, Y.A.
- WIT A.A.C.
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- Field of study
The Physics of the B Factories
- Author
- Abachi S.
- Abashian A.
- Abe K.
- Abe N.
- Abe R.
- Abe T.
- Abrams G.S.
- Adachi I.
- Adam I.
- Adamczyk K.
- Adametz A.
- Adye T.
- Agarwal A.
- Ahmed H.
- Ahmed M.
- Ahmed S.
- Ahn B.S.
- Ahn H.S.
- Aihara H.
- Aitchison I.J.R.
- Akai K.
- Akar S.
- Akatsu M.
- Akemoto M.
- Akhmetshin R.
- Akre R.
- Alam M.S.
- Albert J.
- Albert J.N.
- Aleksan R.
- Alexander J.P.
- Alimonti G.
- Allen M.T.
- Allison J.
- Allmendinger T.
- Alsmiller J.R.G.
- Altenburg D.
- Alwyn K.E.
- An Q.
- Anderson J.
- Andreassen R.
- Andreotti D.
- Andreotti M.
- Andress J.C.
- Angelini C.
- Anipko D.
- Anjomshoaa A.
- Anthony P.L.
- Antillon E.A.
- Antonioli E.
- Anulli F.
- Aoki K.
- Arguin J.F.
- Arinstein K.
- Arisaka K.
- Arnaud N.
- Asai K.
- Asai M.
- Asano Y.
- Asgeirsson D.J.
- Asner D.M.
- Aso T.
- Aspinwall M.L.
- Aston D.
- Atmacan H.
- Aubert B.
- Aulchenko V.
- Aushev T.
- Ayad R.
- Azemoon T.
- Aziz T.
- Azzolini V.
- Azzopardi D.E.
- Baak M.A.
- Back J.J.
- Bagnasco S.
- Bahinipati S.
- Bailey D.S.
- Bailey S.
- Bailly P.
- Bakich A.M.
- Bala A.
- Balagura V.
- Baldini-Ferroli R.
- Ban Y.
- Banas E.
- Band H.R.
- Banerjee S.
- Banerjee S.
- Baracchini E.
- Barate R.
- Barberio E.
- Barbero M.
- Bard D.J.
- Barillari T.
- Barlow N.R.
- Barlow R.J.
- Barrett M.
- Bartel W.
- Bartelt J.
- Bartoldus R.
- Batignani G.
- Battaglia M.
- Bauer J.M.
- Bay A.
- Beaulieu M.
- Bechtle P.
- Beck T.W.
- Becker J.
- Becla J.
- Bedny I.
- Behari S.
- Behera P.K.
- Behn E.
- Behr L.
- Beigbeder C.
- Beiline D.
- Bell R.
- Bellini F.
- Bellis M.
- Bellodi G.
- Belous K.
- Ben-Haim E.
- Benayoun M.
- Beneke M.
- Benelli G.
- Benitez J.F.
- Benkebil M.
- Berger N.
- Beringer J.
- Bernabeu J.
- Bernard D.
- Bernet R.
- Bernlochner F.U.
- Berryhill J.W.
- Bertsche K.
- Besson P.
- Best D.S.
- Bettarini S.
- Bettoni D.
- Bevan A.J.
- Bhardwaj V.
- Bhimji W.
- Bhuyan B.
- Biagini M.E.
- Bianchi F.
- Biasini M.
- Biassoni P.
- Biesiada J.
- Bigi I.I.
- Bingham I.
- Bionta R.M.
- Bischofberger M.
- Bitenc U.
- Bizjak I.
- Blanc F.
- Blaylock G.
- Blinov V.E.
- Bloom E.
- Bloom P.C.
- Blount N.L.
- Blouw J.
- Bly M.
- Blyth S.
- Boeheim C.T.
- Bomben M.
- Bona M.
- Bondar A.
- Bondioli M.
- Bonneaud G.R.
- Bonvicini G.
- Booke M.
- Booth J.
- Borean C.
- Borgland A.W.
- Borsato E.
- Bosi F.
- Bosisio L.
- Botov A.A.
- Bougher J.
- Bouldin K.
- Bourgeois P.
- Boutigny D.
- Bowerman D.A.
- Boyarski A.M.
- Boyce R.F.
- Boyd J.T.
- Bozek A.
- Bozzi C.
- Brambilla N.
- Brandenburg G.
- Brandt T.
- Brau B.
- Brau J.
- Bračko M.
- Breon A.B.
- Breton D.
- Brew C.
- Briand H.
- Bright-Thomas P.G.
- Brigljević V.
- Britton D.I.
- Brochard F.
- Brodzicka J.
- Broomer B.
- Brose J.
- Browder T.E.
- Brown C.L.
- Brown C.M.
- Brown D.N.
- Browne M.
- Bruinsma M.
- Brunet S.
- Bucci F.
- Buchanan C.
- Buchmueller O.L.
- Bugg W.
- Bukin A.D.
- Bula R.
- Bulten H.
- Burchat P.R.
- Burgess W.
- Burke J.P.
- Button-Shafer J.
- Buzykaev A.R.
- Buzzo A.
- Bünger C.
- Cahn R.N.
- Cai Y.
- Calabrese R.
- Calcaterra A.
- Calderini G.
- Camanzi B.
- Campagna E.
- Campagnari C.
- Capra R.
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- Publication venue
- Springer Verlag
- Publication date
- 29/01/2015
- Field of study
Lipids and ketones dominate metabolism at the expense of glucose control in pulmonary arterial hypertension: a hyperglycaemic clamp and metabolomics study
- Publication venue
- 'European Respiratory Society (ERS)'
- Publication date
- 01/04/2020
- Field of study
- …