T. Iino

We report a statistical analysis exploring the origin of the overall low star formation efficiency (SFE) of the Galactic central molecular zone (CMZ) and the SFE diversity among th…

astro-ph.GA2018★ 26 cited

HCN $J$ =4-3, HNC $J$ =1-0, $H^{13} CN$ $J$ =1-0, and $H C_{3} N$ $J$ =10-9 Maps of Galactic Center Region I: Spatially-Resolved Measurements of Physical Conditions and Chemical Composition

Kunihiko Tanaka, Makoto Nagai, Kazuhisa Kamegai +2

This {\it supplement} paper presents the maps of HCN $J$ =4-3, HNC $J$ =1-0, $H^{13} CN$ $J$ =1-0, and HC $_{3}$ N $J$ =10-9 for the Galactic central molecular zone (CMZ), which ha…

HCN J=4-3, HNC J=1-0, H13CN J=1-0, and HC3​N J=10-9 Maps of Galactic Center Region II.: Physical Properties of Dense Gas Clumps and Probability of Star Formation

HCN J=4-3, HNC J=1-0, H13CN J=1-0, and HC3​N J=10-9 Maps of Galactic Center Region I: Spatially-Resolved Measurements of Physical Conditions and Chemical Composition

HCN $J$ =4-3, HNC $J$ =1-0, $H^{13} CN$ $J$ =1-0, and $H C_{3} N$ $J$ =10-9 Maps of Galactic Center Region II.: Physical Properties of Dense Gas Clumps and Probability of Star Formation

HCN $J$ =4-3, HNC $J$ =1-0, $H^{13} CN$ $J$ =1-0, and $H C_{3} N$ $J$ =10-9 Maps of Galactic Center Region I: Spatially-Resolved Measurements of Physical Conditions and Chemical Composition