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<br />Colorado State University <br />Cloud Simulation and Aerosol Laboratory <br /> <br />10" <br /> <br />lO~ <br /> <br /> 101. <br />- <br />.... <br />CoO <br />< <br />.... <br />= IOu <br />E <br />CoO <br />...... <br />VI <br />- <br />c: <br />- <br />VI <br />t' IOu <br />U <br />- <br />~ . <br />- * <br />~ I <br />;;: <br /> . <br /> lOll * <br /> I <br /> <br /> <br />1010 <br /> <br />. THAILP.ND <br />* TEXP.S <br /> <br />10' <br /> <br />.s. <br /> <br />-10' <br /> <br />-IS' <br /> <br />.20' <br /> <br />CLOUD TEMPERATURE ('C.) <br /> <br />Figure 2.2. - The yield in ice crystals per gram of Agl as a function of temperature for two pyrotechnic formulations by <br />Atmospherics, Inc. of Fresno, California. The top curve corresponds to the EJ-20 flare that is used in Thailand. The <br />bottom curve corresponds to the modified TB-1 flare that is used in Texas. The tests were performed in the Cloud <br />Simulation and Aerosol Laboratory at Colorado State University in Ft. Collins, Colorado. <br /> <br />13 <br />