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<br />12 <br /> <br />Figure 7 Same as figure 5, except for December 8, 1985 between 1258 and 1308 <br />GMT, and one extra panel has been added below the top panel to indicate the <br />concentration of panicles within a given habit. The key on the right hand side of the <br />panel associates habit with shading pattern. Also note that the top panel includes the <br />concentration of all particles. <br /> <br />Figure 8 Liquid water content and updraft versus height from the one-dimensional <br />steady state model used in the panicle growth calculations. <br /> <br />Figure 9 Diameter of the growing particle (mm), particle terminal velocity (m/s), <br />and cloud liquid water content (gm-3) as a function of time from the one dimensional <br />steady state model used in the particle growth calculations. <br /> <br />Figure 10 <br />GMT. <br /> <br />Same as figure 5 except for December 9, 1985 between 1107 and 1109 <br /> <br />Figure 11 <br />GMT. <br /> <br />Same as figure 7 except for December 9, 1985 between 1223 and 1230 <br /> <br />Figure 12 Time series for December 9,1985 beltWeen 1140 and 1145 GMT. Top <br />panel gives the cumulative concentration of particles from the 2D-C probe using the <br />shading key given on the right. The middle panel gives the liquid water content from the <br />Johnson-Williams probe, and the lower panel the ve:nical air velocity. Particle images <br />from the 2D-C probe are shown below the time seril~s panels between the indicated times. <br />The temperature of the cloud penetration is indicated in the bold lettering below the time <br />series. <br />