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<br />It <br /> <br />Figure <br /> <br />. <br /> <br />e <br /> <br />6. Bc <br /> <br />6. Bd <br /> <br />. <br /> <br />6.14 <br /> <br />. <br /> <br />6.15 <br /> <br />6.16 <br /> <br />.e <br /> <br />6.17 <br /> <br />. <br /> <br />6.18a <br /> <br />6.l8b <br /> <br />.e <br /> <br />6. 18c <br /> <br />. <br /> <br />6.19 <br /> <br /> 6.20 <br />. <br /> 6.21 <br />e <br />. <br /> <br />. <br /> <br />xii <br /> <br />Page <br /> <br />Same as Fig. 6.13a except IWC=O. 1 g m-3 <br /> <br />126 <br /> <br />Same as Fig. 6.13a except LWC=0.5 g m-3 <br /> <br />127 <br /> <br />AM concentration versus max imum dimension of <br />aggregates at 8 minutes after seeding <br />Particles were initialized as planar. <br /> <br />129 <br /> <br />Same as Fig. 6.14 except particles are initialized <br />as columnar 131 <br /> <br />Rate of production of aggregates as a function <br />of time 132 <br /> <br />LWC (g m-3) distribution in a straiforrn cloud <br /> <br />140 <br /> <br />2D-C spectra as a function of habit at 13 <br />minutes after seeding. <br /> <br />142 <br /> <br />Same as Fig. 6.18a except at 31 minutes after <br />seeding <br /> <br />143 <br /> <br />Same as Fig. 6.l8a except at 57 minutes after <br />seeding <br /> <br />144 <br /> <br />2D-C imagery ind icating many plates < 500 \lID in <br />maximum dimension <br /> <br />147 <br /> <br />Maximum dimensi.on as a function of time <br />for particles l:eleased fran various temperature <br />levels at 60 km upwind of the crest 148 <br /> <br />Fall height as a function of time for particles <br />originating from various temperature levels 149 <br />