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Results 1 to 20 of 81 for query "A. Saiz". (0.00 sec.)

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Comparison between Disk-like Objects Formed in Hierarchical Hydrodynamical Simulations and Observations of Spiral Galaxies
A. Saiz; R. Dominguez-Tenreiro; P. B. Tissera; S. Courteau;
26 Dec 2000

Disc-like Objects in Hierarchical Hydrodynamical Simulations: Comparison with Observations
A. Saiz; R. Dominguez-Tenreiro; P. B. Tissera; S. Courteau;
1 Feb 2001 / Mon.Not.Roy.Astron.Soc. 325 (2001) 119

Measurement and Simulation of the Neutron Propagation Time Distribution inside a Neutron Monitor
K. Chaiwongkhot; D. Ruffolo; W. Yamwong; J. Prabket; P.-S. Mangeard; A. Sáiz; W. Mitthumsiri; C. Banglieng; E. Kittiya; W. Nuntiyakul; U. Tippawan; M. Jitpukdee; S. Aukkaravittayapun;
2 Jun 2021

Effect of Humic Fractions and Clay on Biodegradation of Phenanthrene by a Pseudomonas fluorescens Strain Isolated from Soil
Ortega-Calvo, Jose-Julio; Saiz-Jimenez, Cesareo;

Properties of Galaxy Disks in Hierarchical Hydrodynamical Simulations: Comparison with Observational Data
A. Saiz; R. Dominguez-Tenreiro; P. B. Tissera; S. Courteau;
26 Dec 2000

AliEn Resource Brokers
Pablo Saiz; Predrag Buncic; Andreas J. Peters;
13 Jun 2003

A Way Out of the Disc Angular Momentum Catastrophe in Hirarchical Hydrodynamical Simulations
R. Dominguez-Tenreiro; P.B. Tissera; A. Saiz;
14 Sep 1998

Freezing as a path to build complex composites
Sylvain Deville; Eduardo Saiz; Ravi K. Nalla; Antoni P. Tomsia;
11 Oct 2017

CplexA: a Mathematica package to study macromolecular-assembly control of gene expression
J. M. G. Vilar; L. Saiz;
4 Nov 2010

10.

Freezing as a path to build complex composites
Sylvain Deville; Eduardo Saiz; Ravi K Nalla; Antoni P Tomsia;
27 Jan 2006 / Science, 311 (5760), 515-8

11.

From low-field Sondheimer oscillations to high-field very large and linear magnetoresistance in a SrTiO$_3$-based two-dimensional electron gas
Srijani Mallik; Gerbold C. Ménard; Guilhem Saiz; Alexandre Gloter; Nicolas Bergeal; Marc Gabay; Manuel Bibes;
17 Aug 2021

12.

A characterization of B"uchi's integer sequences of length 3
Pablo Saéz; Xavier Vidaux;
10 Nov 2010

13.

A digital quantum simulation of an extended Agassi model assisted by machine learning
Álvaro Sáiz; José-Enrique García-Ramos; José Miguel Arias; Lucas Lamata; Pedro Pérez-Fernández;
30 May 2022

14.

Gold nanodoughnut as outstanding nanoheater for photothermal applications
Javier González-Colsa; Guillermo Serrera; José María Saiz; Dolores Ortiz; Francisco González; Fernando Bresme; Fernando Moreno; Pablo Albella;
2 Jun 2021

15.

Calibration of the Air Shower Energy Scale of the Water and Air Cherenkov Techniques in the LHAASO experiment
F. Aharonian; Q. An; Axikegu; L.X. Bai; Y.X. Bai; Y.W. Bao; D. Bastieri; X.J. Bi; Y.J. Bi; H. Cai; J.T. Cai; Z. Cao Z. Cao; J. Chang; J.F. Chang; X.C. Chang; B.M. Chen; J. Chen; L. Chen; L. Chen; L. Chen; M.J. Chen; M.L. Chen; Q.H. Chen; S.H. Chen; S.Z. Chen; T.L. Chen; X.L. Chen; Y. Chen; N. Cheng; Y.D. Cheng; S.W. Cui; X.H. Cui; Y.D. Cui; B.Z. Dai; H.L. Dai; Z.G. Dai; Danzengluobu; D. della Volpe; B. DEttorre Piazzoli; X.J. Dong; J.H. Fan; Y.Z. Fan; Z.X. Fan; J. Fang; K. Fang; C.F. Feng; L. Feng; S.H. Feng; Y.L. Feng; B. Gao; C.D. Gao; Q. Gao; W. Gao; M.M. Ge; L.S. Geng; G.H. Gong; Q.B. Gou; M.H. Gu; J.G. Guo; X.L. Guo; Y.Q. Guo; Y.Y. Guo; Y.A. Han; H.H. He; H.N. He; J.C. He; S.L. He; X.B. He; Y. He; M. Heller; Y.K. Hor; C. Hou; X. Hou; H.B. Hu; S. Hu; S.C. Hu; X.J. Hu; D.H. Huang; Q.L. Huang; W.H. Huang; X.T. Huang; Z.C. Huang; F. Ji; X.L. Ji; H.Y. Jia; K. Jiang; Z.J. Jiang; C. Jin; D. Kuleshov; K. Levochkin; B.B. Li; C. Li; C. Li; F. Li; H.B. Li; H.C. Li; H.Y. Li; J. Li; K. Li; W.L. Li; X. Li; X. Li; X.R. Li; Y. Li; Y.Z. Li; Z. Li; Z. Li; E.W. Liang; Y.F. Liang; S.J. Lin; B. Liu; C. Liu; D. Liu; H. Liu; H.D. Liu; J. Liu; J.L. Liu; J.S. Liu; J.Y. Liu; M.Y. Liu; R.Y. Liu; S.M. Liu; W. Liu; Y.N. Liu; Z.X. Liu; W.J. Long; R. Lu; H.K. Lv; B.Q. Ma; L.L. Ma; X.H. Ma; J.R. Mao; A. Masood; W. Mitthumsiri; T. Montaruli; Y.C. Nan; B.Y. Pang; P. Pattarakijwanich; Z.Y. Pei; M.Y. Qi; D. Ruffolo; V. Rulev; A. Saiz; L. Shao; O. Shchegolev; X.D. Sheng; J.R. Shi; H.C. Song; Yu.V. Stenkin; V. Stepanov; Q.N. Sun; X.N. Sun; Z.B. Sun; P.H.T. Tam; Z.B. Tang; W.W. Tian; B.D. Wang; C. Wang; H. Wang; H.G. Wang; J.C. Wang; J.S. Wang; L.P. Wang; L.Y. Wang; R.N. Wang; W. Wang; W. Wang; X.G. Wang; X.J. Wang; X.Y. Wang; Y.D. Wang; Y.J. Wang; Y.P. Wang; Z. Wang; Z. Wang; Z.H. Wang; Z.X. Wang; D.M. Wei; J.J. Wei; Y.J. Wei; T. Wen; C.Y. Wu; H.R. Wu; S. Wu; X. Wu; X.F. Wu; S.Q. Xi; J. Xia; J.J. Xia; G.M. Xiang; G. Xiao; H.B. Xiao; G.G. Xin; Y.L. Xin; Y. Xing; D.L. Xu; R.X. Xu; L. Xue; D.H. Yan; C.W. Yang; F.F. Yang; J.Y. Yang; L.L. Yang; M.J. Yang; R.Z. Yang; S.B. Yang; Y.H. Yao; Z.G. Yao; Y.M. Ye; L.Q. Yin; N. Yin; X.H. You; Z.Y. You; Y.H. Yu; Q. Yuan; H.D. Zeng; T.X. Zeng; W. Zeng; Z.K. Zeng; M. Zha; X.X. Zhai; B.B. Zhang; H.M. Zhang; H.Y. Zhang; J.L. Zhang; J.W. Zhang; L. Zhang; L. Zhang; L.X. Zhang; P.F. Zhang; P.P. Zhang; R. Zhang; S.R. Zhang; S.S. Zhang; X. Zhang; X.P. Zhang; Y. Zhang; Y. Zhang; Y.F. Zhang; Y.L. Zhang; B. Zhao; J. Zhao; L. Zhao; L.Z. Zhao; S.P. Zhao; F. Zheng; Y. Zheng; B. Zhou; H. Zhou; J.N. Zhou; P. Zhou; R. Zhou; X.X. Zhou; C.G. Zhu; F.R. Zhu; H. Zhu; K.J. Zhu; X. Zuo;
11 Apr 2021

16.

Interactions and thermoelectric effects in a parallel-coupled double quantum dot
Miguel A. Sierra; M. Saiz-Bretin; F. Dominguez-Adame; David Sanchez;
13 Apr 2016

17.

A Carrington-like geomagnetic storm observed in the 21st century
C. Cid; E. Saiz; A. Guerrero; J. Palacios; Y. Cerrato;
26 May 2015

18.

Conservation Laws in Smooth Particle Hydrodynamics: the DEVA Code
A. Serna; R. Dominguez-Tenreiro; A. Saiz;
16 Jul 2003 / Astrophys.J. 597 (2003) 878-892

19.

Large amplitude bidirectional anisotropy of cosmic-ray intensity observed with world-wide networks of ground-based neutron monitors and muon detectors in November, 2021
K. Munakata; M. Kozai; C. Kato; Y. Hayashi; R. Kataoka; A. Kadokura; M. Tokumaru; R. R. S. Mendonça; E. Echer; A. Dal Lago; M. Rockenbach; N. J. Schuch; J. V. Bageston; C. R. Braga; H. K. Al Jassar; M. M. Sharma; M. L. Duldig; J. E. Humble; I. Sabbah; P. Evenson; P.-S. Mangeard; T. Kuwabara; D. Ruffolo; A. Sáiz; W. Mitthumsiri; W. Nuntiyakul; J. Kóta;
13 Sep 2022

20.

Peta-electron volt gamma-ray emission from the Crab Nebula
LHAASO Collaboration; Zhen Cao; F. Aharonian; Q. An; Axikegu; L.X. Bai; Y.X. Bai; Y.W. Bao; D.Bastieri; X.J. Bi; Y.J. Bi; H. Cai; J.T. Cai; Zhe Cao; J. Chang; J.F. Chang; B.M. Chen; E.S. Chen; J. Chen; Liang Chen; Liang Chen; Long Chen; M.J. Chen; M.L. Chen; Q.H. Chen; S.H. Chen; S.Z. Chen; T.L. Chen; X.L. Chen; Y. Chen; N. Cheng; Y.D. Cheng; S.W. Cui; X.H. Cui; Y.D. Cui; B. D'Ettorre Piazzoli; B.Z. Dai; H.L. Dai; Z.G. Dai; Danzengluobu; D. della Volpe; X.J. Dong; K.K. Duan; J.H. Fan; Y.Z. Fan; Z.X. Fan; J. Fang; K. Fang; C.F. Feng; L. Feng; S.H. Feng; Y.L. Feng; B. Gao; C.D. Gao; L.Q. Gao; Q. Gao; W. Gao; M.M. Ge; L.S. Geng; G.H. Gong; Q.B. Gou; M.H. Gu; F.L. Guo; J.G. Guo; X.L. Guo; Y.Q. Guo; Y.Y. Guo; Y.A. Han; H.H. He; H.N. He; J.C. He; S.L. He; X.B. He; Y. He; M. Heller; Y.K. Hor; C. Hou; X. Hou; H.B. Hu; S. Hu; S.C. Hu; X.J. Hu; D.H. Huang; Q.L. Huang; W.H. Huang; X.T. Huang; X.Y. Huang; Z.C. Huang; F. Ji; X.L. Ji; H.Y. Jia; K. Jiang; Z.J. Jiang; C. Jin; T. Ke; D. Kuleshov; K. Levochkin; B.B. Li; Cheng Li; Cong Li; F. Li; H.B. Li; H.C. Li; H.Y. Li; Jie Li; Jian Li; K. Li; W.L. Li; X.R. Li; Xin Li; Xin Li; Y. Li; Y.Z. Li; Zhe Li; Zhuo Li; E.W. Liang; Y.F. Liang; S.J. Lin; B. Liu; C. Liu; D. Liu; H. Liu; H.D. Liu; J. Liu; J.L. Liu; J.S. Liu; J.Y. Liu; M.Y. Liu; R.Y. Liu; S.M. Liu; W. Liu; Y. Liu; Y.N. Liu; Z.X. Liu; W.J. Long; R. Lu; H.K. Lv; B.Q. Ma; L.L. Ma; X.H. Ma; J.R. Mao; A. Masood; Z. Min; W. Mitthumsiri; T. Montaruli; Y.C. Nan; B.Y. Pang; P. Pattarakijwanich; Z.Y. Pei; M.Y. Qi; Y.Q. Qi; B.Q. Qiao; J.J. Qin; D. Ruffolo; V. Rulev; A. Sáiz; L. Shao; O. Shchegolev; X.D. Sheng; J.Y. Shi; H.C. Song; Yu.V. Stenkin; V. Stepanov; Y. Su; Q.N. Sun; X.N. Sun; Z.B. Sun; P.H.T. Tam; Z.B. Tang; W.W. Tian; B.D. Wang; C. Wang; H. Wang; H.G. Wang; J.C. Wang; J.S. Wang; L.P. Wang; L.Y. Wang; R.N. Wang; Wei Wang; Wei Wang; X.G. Wang; X.J. Wang; X.Y. Wang; Y. Wang; Y.D. Wang; Y.J. Wang; Y.P. Wang; Z.H. Wang; Z.X. Wang; Zhen Wang; Zheng Wang; D.M. Wei; J.J. Wei; Y.J. Wei; T. Wen; C.Y. Wu; H.R. Wu; S. Wu; W.X. Wu; X.F. Wu; S.Q. Xi; J. Xia; J.J. Xia; G.M. Xiang; D.X. Xiao; G. Xiao; H.B. Xiao; G.G. Xin; Y.L. Xin; Y. Xing; D.L. Xu; R.X. Xu; L. Xue; D.H. Yan; J.Z. Yan; C.W. Yang; F.F. Yang; J.Y. Yang; L.L. Yang; M.J. Yang; R.Z. Yang; S.B. Yang; Y.H. Yao; Z.G. Yao; Y.M. Ye; L.Q. Yin; N. Yin; X.H. You; Z.Y. You; Y.H. Yu; Q. Yuan; H.D. Zeng; T.X. Zeng; W. Zeng; Z.K. Zeng; M. Zha; X.X. Zhai; B.B. Zhang; H.M. Zhang; H.Y. Zhang; J.L. Zhang; J.W. Zhang; L.X. Zhang; Li Zhang; Lu Zhang; P.F. Zhang; P.P. Zhang; R. Zhang; S.R. Zhang; S.S. Zhang; X. Zhang; X.P. Zhang; Y.F. Zhang; Y.L. Zhang; Yi Zhang; Yong Zhang; B. Zhao; J. Zhao; L. Zhao; L.Z. Zhao; S.P. Zhao; F. Zheng; Y. Zheng; B. Zhou; H. Zhou; J.N. Zhou; P. Zhou; R. Zhou; X.X. Zhou; C.G. Zhu; F.R. Zhu; H. Zhu; K.J. Zhu; X. Zuo;
12 Nov 2021

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