“文献阅读”的版本间差异
跳到导航
跳到搜索
第17行: | 第17行: | ||
==astro/ph== |
==astro/ph== |
||
*arXiv:1409.6791:The KMOS^3D Survey: design, first results, and the evolution of galaxy kinematics from 0.7<z<2.7 |
|||
: For rotation-dominated disks, the average intrinsic velocity dispersion decreases by a factor of two from 50 km/s at z~2.3 to 25 km/s at z~0.9 while the rotational velocities at the two redshifts are comparable. Combined withexisting results spanning z~0-3, disk velocity dispersions follow an approximate (1+z) evolution that is consistent with the dependence of velocity dispersion on gas fractions predicted by marginally-stable disk theory. |
|||
* arXiv:1409.5433 The Herschel view of the dominant mode of galaxy growth from z=4 to the present day |
* arXiv:1409.5433 The Herschel view of the dominant mode of galaxy growth from z=4 to the present day |
||
: 大部分宇宙中的恒星形成都是早期的,而且是MAIN SEQUENCE形式的,不是MERGE的 |
: 大部分宇宙中的恒星形成都是早期的,而且是MAIN SEQUENCE形式的,不是MERGE的 |
2014年9月25日 (四) 09:20的版本
专题
Catalog
Unified Radio Catalog http://arxiv.org/abs/1401.1535
astro/ph
- arXiv:1409.6791:The KMOS^3D Survey: design, first results, and the evolution of galaxy kinematics from 0.7<z<2.7
: For rotation-dominated disks, the average intrinsic velocity dispersion decreases by a factor of two from 50 km/s at z~2.3 to 25 km/s at z~0.9 while the rotational velocities at the two redshifts are comparable. Combined withexisting results spanning z~0-3, disk velocity dispersions follow an approximate (1+z) evolution that is consistent with the dependence of velocity dispersion on gas fractions predicted by marginally-stable disk theory.
- arXiv:1409.5433 The Herschel view of the dominant mode of galaxy growth from z=4 to the present day
- 大部分宇宙中的恒星形成都是早期的,而且是MAIN SEQUENCE形式的,不是MERGE的
- arXiv:1409.5434 Galaxy Zoo: Are Bars Responsible for the Feeding of Active Galactic Nuclei at 0.2 < z < 1.0?
- bar跟AGN没关系
- arXiv:1409.5468 The Star Formation Relation for Regions in the Galactic Plane: The Effect of Spatial Resolution
- 似乎在不同尺度(还是小尺度)上,恒星形成和分子密度还是线性的关系,和Kenicutt law不太一样。