Changes between Version 9 and Version 10 of u/erica/CF_bvn_plot
- Timestamp:
- 01/19/15 15:20:12 (10 years ago)
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u/erica/CF_bvn_plot
v9 v10 26 26 27 27 28 [[latex($BE\_field = \frac{B^2(8\pi)^{-1}}{pscale} = \frac{P_B}{pscale} $)]]28 [[latex($BE\_field = \frac{B^2(8\pi)^{-1}}{pscale} = \frac{P_B}{pscale} = P_B(cu)$)]] 29 29 30 30 aka - scaled magnetic pressure. … … 46 46 which implies 47 47 48 [[latex($P_B(cu)*nscale*tempscale = P_B(cu) \frac{K}{cm^3} = \frac{P_{B}(cgs)}{K_B(cgs)}$)]]48 [[latex($P_B(cu)*nscale*tempscale = P_B(cu)[\frac{K}{cm^3}] = \frac{P_{B}(cgs)}{K_B}$)]] 49 49 50 50 That is, the LHS, which are the values I will be plotting, are in''' units of K/cm^3^''', and therefore instead of calling it something like 'magnetic pressure in computational units', I can call it: