Wigner Research Centre for Physics

HUN-REN Wigner Fizikai Kutatóközpont (HUN-REN Wigner FK)

A HUN-REN Wigner FK 2012. január 1-től a korábbi MTA KFKI Részecske- és Magfizikai Kutatóintézet és a korábbi MTA Szilárdtestfizikai és Optikai Kutatóintézet egyesülésével jött létre. Jelenleg a Magyar Kutatási Hálózat legnagyobb fizikával foglalkozó kutatóközpontja, illetve a Magyar Tudományos Akadémia Kiválósági Kutatóközpontja. 2013-tól a Kutatóközpont részeként működik a világszínvonalú Wigner Adatközpont is.

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2,381 to 2,390 of 3,838 Results

b__v_0.2_isotropic_t3200000.fig Oct 17, 2023 - Ternary eutectic dendrites: Pattern formation and scaling properties MATLAB Figure - 30.5 MB - MD5: 707859dfca6c0b008eda374c2a6aae64 MATLAB figure file of Fig 16. (b). Isotropic case, pulling speed: v_p=0.2.
c__t1600000.fig Oct 17, 2023 - Ternary eutectic dendrites: Pattern formation and scaling properties MATLAB Figure - 21.3 MB - MD5: 3d4a0b8ed104246c7a650040936a9f24 MATLAB figure file of Fig 16. (c). Isotropic case at timestep t=1600000.
c__v_0.1_anisotropic_t1600000.fig Oct 17, 2023 - Ternary eutectic dendrites: Pattern formation and scaling properties MATLAB Figure - 24.0 MB - MD5: 268c3b1d337bf45b6d63ad029b38e390 MATLAB figure file of Fig 16. (c). Anisotropic case, pulling speed: v_p=0.1.
d__t4000000.fig Oct 17, 2023 - Ternary eutectic dendrites: Pattern formation and scaling properties MATLAB Figure - 23.9 MB - MD5: 38daf5021b1605f54a3a77508a263ae3 MATLAB figure file of Fig 16. (d). Isotropic case at timestep t=4000000.
d__v_0.2_anisotropic_t3000000.fig Oct 17, 2023 - Ternary eutectic dendrites: Pattern formation and scaling properties MATLAB Figure - 27.9 MB - MD5: cba59a434f4c488cb9698c688b0bbc7a MATLAB figure file of Fig 16. (d). Anisotropic case, pulling speed: v_p=0.2.
The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model Oct 17, 2023 Szigeti, Balázs Endre; Barna, Imre Ferenc; Barnaföldi, Gergely Gábor, 2023, "The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model", https://hdl.handle.net/21.15109/CONCORDA/VJSOOI, ARP, V1 We present a dark fluid model described as a non-viscous, non-relativistic, rotating, and self-gravitating fluid. We assume that the system has spherical symmetry and that the matter can be described by the polytropic equation of state. The induced coupled nonlinear partial diffe...
AbraZetaPelda.pdf Oct 17, 2023 - The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model Adobe PDF - 23.7 KB - MD5: d34cd51d7aedeb86ec28b6b5399b7d12 Figure
DarkFluid_NonRot.nb Oct 17, 2023 - The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model Mathematica - 19.7 MB - MD5: 5ecd753ba81e377ddfae8dbb4bdd2f66 Code
HubbleLaw.pdf Oct 17, 2023 - The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model Adobe PDF - 26.4 KB - MD5: 8653bf768d9fb5fcc9fc734e26f529e5 Figure
NonRot.pdf Oct 17, 2023 - The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model Adobe PDF - 576.4 KB - MD5: 26d81928519b2c7cfb291a2ed39e8a1f Figure

b__v_0.2_isotropic_t3200000.fig

Oct 17, 2023 - Ternary eutectic dendrites: Pattern formation and scaling properties

MATLAB Figure - 30.5 MB -

MATLAB figure file of Fig 16. (b). Isotropic case, pulling speed: v_p=0.2.

c__t1600000.fig

Oct 17, 2023 - Ternary eutectic dendrites: Pattern formation and scaling properties

MATLAB Figure - 21.3 MB -

MATLAB figure file of Fig 16. (c). Isotropic case at timestep t=1600000.

c__v_0.1_anisotropic_t1600000.fig

Oct 17, 2023 - Ternary eutectic dendrites: Pattern formation and scaling properties

MATLAB Figure - 24.0 MB -

MATLAB figure file of Fig 16. (c). Anisotropic case, pulling speed: v_p=0.1.

d__t4000000.fig

Oct 17, 2023 - Ternary eutectic dendrites: Pattern formation and scaling properties

MATLAB Figure - 23.9 MB -

MATLAB figure file of Fig 16. (d). Isotropic case at timestep t=4000000.

d__v_0.2_anisotropic_t3000000.fig

Oct 17, 2023 - Ternary eutectic dendrites: Pattern formation and scaling properties

MATLAB Figure - 27.9 MB -

MATLAB figure file of Fig 16. (d). Anisotropic case, pulling speed: v_p=0.2.

The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model

Oct 17, 2023

Szigeti, Balázs Endre; Barna, Imre Ferenc; Barnaföldi, Gergely Gábor, 2023, "The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model", https://hdl.handle.net/21.15109/CONCORDA/VJSOOI, ARP, V1

We present a dark fluid model described as a non-viscous, non-relativistic, rotating, and self-gravitating fluid. We assume that the system has spherical symmetry and that the matter can be described by the polytropic equation of state. The induced coupled nonlinear partial diffe...

AbraZetaPelda.pdf

Oct 17, 2023 - The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model

Adobe PDF - 23.7 KB -

Figure

DarkFluid_NonRot.nb

Oct 17, 2023 - The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model

Mathematica - 19.7 MB -

Code

HubbleLaw.pdf

Oct 17, 2023 - The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model

Adobe PDF - 26.4 KB -

Figure

NonRot.pdf

Oct 17, 2023 - The Formulation of Scaling Expansion in an Euler-Poisson Dark-Fluid Model

Adobe PDF - 576.4 KB -

Figure

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