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<br /> <br />TABLE OF CONTENTS--Continued <br /> <br />Chapter <br /> <br />Page <br /> <br />Boundary Conditions <br />Spatial Boundary Conditions <br />Particulate Boundary Conditions <br />Model Initialization <br />The Atmospheric Sounding <br />The Cloud Radius <br />The Motion Initiating Pulse <br />Generation of Cloudbase <br />Specification of Cloudbase Droplet Spectra <br />Maintenance of Cloudbase Droplet Spectra <br />Input Ice Nuclei Activation Curves <br />Model Output and Display <br /> <br />",. <br /> <br />MODEL COMPARISONS TO FIELD OBSERVATIONS. <br /> <br />...... <br /> <br />57 <br /> <br />Theoretically Verifiable Output <br />Problems in Verification <br />Natural Variability of Real Clouds <br />Sampl ing Problems of Sensors <br />Blind Tests of Model Predictions <br /> <br />IV. <br /> <br />NUMERICAL SIMULATIONS OF NATURAL CLOUDS. <br /> <br />...... <br /> <br />92 <br /> <br />Example 1- Labinsk, U.S.S.R., June 29, 1972, <br />1200 Local Time <br />Example" - Sterling, Colorado, U.S.A., <br />July 9, 1973, 1630 Local Time <br />Comparison of Examples <br />Swiss Hail Program Storms <br />Implications for Natural Clouds <br /> <br />V. MODEL SIMULATED CLOUD SEEDING. . . . . . . . . . . . . 122 <br /> <br />Silver Iodide (Agl) Pyrotechnic Flares <br />Spontaneous Drop Freezing <br />Ice Crystal Activation <br />Dry Ice Seeding <br />Discussion of Seeding Implementation <br /> <br />iv <br /> <br />