huibintemaprojects
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huibintemaprojects [2017/05/22 13:39] – huibintema | huibintemaprojects [2019/11/03 13:36] (current) – [T-RaMiSu: the Two-meter Radio Mini Survey] huibintema | ||
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====== Project archive ====== | ====== Project archive ====== | ||
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- | === T-RaMiSu: the Two-meter Radio Mini Survey === | + | ==== T-RaMiSu: the Two-meter Radio Mini Survey |
With Wendy Williams (Leiden) and Huub Rottgering (Leiden)\\ | With Wendy Williams (Leiden) and Huub Rottgering (Leiden)\\ | ||
Bootes mosaic published as [[http:// | Bootes mosaic published as [[http:// | ||
[[http:// | [[http:// | ||
- | [[ftp:// | + | [[ftp:// |
- | [[ftp:// | + | [[ftp:// |
We used the GMRT at 150 MHz (2-meter wavelength) to observe two 30 square degree fields in the northern hemisphere, centered on the Bootes field and Abell 2256, respectively. Once intended to be complementary to WSRT LFFE observations, | We used the GMRT at 150 MHz (2-meter wavelength) to observe two 30 square degree fields in the northern hemisphere, centered on the Bootes field and Abell 2256, respectively. Once intended to be complementary to WSRT LFFE observations, | ||
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- | === Deep low-frequency radio observations of the NOAO Bootes field === | + | ==== Deep low-frequency radio observations of the NOAO Bootes field ==== |
With Reinout van Weeren (Leiden), Huub Rottgering (Leiden) and Dharam Vir Lal (MPIfR Bonn) \\ | With Reinout van Weeren (Leiden), Huub Rottgering (Leiden) and Dharam Vir Lal (MPIfR Bonn) \\ | ||
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- | === Large Scale Structure at z = 4: Lyman Break Galaxies in a wide field around Radio Galaxy TN J1338-1942 === | + | ==== Large Scale Structure at z = 4: Lyman Break Galaxies in a wide field around Radio Galaxy TN J1338-1942 |
With Bram Venemans (Leiden), Jaron Kurk (Leiden/ | With Bram Venemans (Leiden), Jaron Kurk (Leiden/ | ||
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- | === Hydrodynamical Modeling of Spherical Gravitational Collapse === | + | ==== Hydrodynamical Modeling of Spherical Gravitational Collapse |
With Garrelt Mellema (Leiden) and Erik-Jan Rijkhorst (Leiden) \\ | With Garrelt Mellema (Leiden) and Erik-Jan Rijkhorst (Leiden) \\ | ||
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Although it seems that, in view of modern development of 3-dimensional hydrodynamic codes with adaptive mesh refinement (AMR), that 1-dimensional modeling is a trip back into history, there was still some relevance to this project. One of the most important motivations was the actual implementation of the hydrodynamical model by Eulderink & Mellema for gravitational collapse as a test case. | Although it seems that, in view of modern development of 3-dimensional hydrodynamic codes with adaptive mesh refinement (AMR), that 1-dimensional modeling is a trip back into history, there was still some relevance to this project. One of the most important motivations was the actual implementation of the hydrodynamical model by Eulderink & Mellema for gravitational collapse as a test case. | ||
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huibintemaprojects.1495453161.txt.gz · Last modified: 2017/05/22 13:39 by huibintema