1.
PDR Toolbox: Standard Model: Ratio of H<sub>2</sub> 0-0S(2) / 0-0S ...
Ratio of H2 0-0S(2) / 0-0S(1) (Z = 1) line intensities emitted from the surface of a PDR as a function of the cloud density n, and the FUV flux incident on ...
2.
Web Infrared Tool Shed
Apr 10, 2007 ... The Web Infrared Tool Shed is a collection of web pages and programs ("tool boxes") for the analysis of astronomical objects that emit ...
3.
PDR Toolbox: Standard Model: Ratio of H<sub>2</sub> 0-0S(2) / 0-0S ...
Ratio of H2 0-0S(2) / 0-0S(0) (Z = 1) line intensities emitted from the surface of a PDR as a function of the cloud density n, and the FUV flux incident on ...
4.
Web Infrared Tool Shed
Apr 10, 2007 ... The Web Infrared Tool Shed is a collection of web pages and programs ("tool boxes") for the analysis of astronomical objects that emit ...
5.
Dust InfraRed Toolbox Radiation Transfer Models
We assume there is no radiation incident on the outer radius of the shell. Bolometric Luminosity - The core radius is calculated to provide the input ...
6.
Web Infrared Tool Shed
Apr 10, 2007 ... The Web Infrared Tool Shed is a collection of web pages and programs ("tool boxes") for the analysis of astronomical objects that emit ...
7.
Web Infrared Tool Shed
Apr 10, 2007 ... The Web Infrared Tool Shed is a collection of web pages and programs ("tool boxes") for the analysis of astronomical objects that emit ...
8.
Chi-Squared Fit Window Help
Jun 10, 2003 ... The Chi-Squared Fit Window is where you find which models out of the ones you initially selected best fit your data. ...
9.
Chi-Squared Fit Window Help
Jun 10, 2003 ... The Chi-Squared Fit Window is where you find which models out of the ones you initially selected best fit your data. ...
10.
Chi-Squared Fit Window Help
Jun 10, 2003 ... The Chi-Squared Fit Window is where you find which models out of the ones you initially selected best fit your data. ...