Changes

:<math>M  = \frac{\Delta t_{\rm fl} - \Delta t_{\rm log}}{\rho_{\rm b} - \rho_{\rm fl}} \times 0.01</math>

:<math>M  = \frac{\Delta t_{\rm fl} - \Delta t_{\rm log}}{\rho_{\rm b} - \rho_{\rm fl}} \times 0.01</math>

:<math>N &= \frac{\phi_{N{\rm fl}} - \phi_{N\log}}{\rho_{\rm b} - \rho_{\rm fl}}</math>

:<math>N = \frac{\phi_{N{\rm fl}} - \phi_{N\log}}{\rho_{\rm b} - \rho_{\rm fl}}</math>

These values are crossplotted in Figure 1. Binary mixtures of minerals plot along a line connecting the two mineral points. Ternary mixtures of minerals plot in a triangle connecting the three minerals points. Arrows indicate the effects of gas, salt, sulfur, secondary porosity, and shaliness.

These values are crossplotted in Figure 1. Binary mixtures of minerals plot along a line connecting the two mineral points. Ternary mixtures of minerals plot in a triangle connecting the three minerals points. Arrows indicate the effects of gas, salt, sulfur, secondary porosity, and shaliness.