Changes between Version 26 and Version 27 of u/erica/radtimescales
- Timestamp:
- 04/04/16 15:04:50 (9 years ago)
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u/erica/radtimescales
v26 v27 179 179 [[latex($\boxed{1 M_\odot =\rho l^3}$)]] 180 180 181 Solving these equations equations gives:181 This last equation is equivalent to setting the box radius = mean free path = scale height. Solving these equations equations gives: 182 182 183 183 [[latex($h=l=.0068 ~pc$)]] 184 184 185 ''' So a (uniform density) core that contains a solar mass, has to be .0068 to beoptically thick. That is an interesting result. '''185 ''' So a (uniform density) core that contains a solar mass, has to be .0068 ~pc to be nearly optically thick. That is an interesting result. ''' 186 186 187 187 Recalculating the sims parameters, and diffusion time, gives: