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<br />PAGE <br /> <br />Table 16. storm duration estimated from precipitation <br /> <br />d ur a t i on. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. 50 <br /> <br />Table 17. Precipitation by gage and STORM for the 1987 <br />Utah/NOAA field project........................... 52 <br /> <br />Table 18. statistics computed from comparison of sounding <br />precipitable water and radiometer vapor........... 60 <br /> <br />Table 19. Ratio of radiometer liquid water depths measured <br />in the western and eastern semi-circles........... 73 <br /> <br />Table 20. Average liquid water and liquid water flux over <br />the Tushar Mtns during three-hour periods <br />centered on rawinsonde launch times............... 81 <br /> <br />Table 21. Estimated mass of liquid water crossing each <br />north/south meter of the Tushar Mtns barrier <br />for each 1987 STORM............................... 84 <br /> <br />Table 22. Supercooled liquid water, wind and temperature <br />statistics for STORM 3 from riming detector <br /> <br />site at Mt. Holly................................. 88 <br /> <br />Table 23. - summ~ry of 1987 STORM durations, probe riming~\ <br />~~:~t_~_~~s_ ~~~sLwmCis~__ f_~~)Ce~:._~_~_.~!-_.~~_!.!_.._!-!_~<;-.... 88 <br /> <br />Table 24. Mean STORM parameters during riming periods....... 9~ <br /> <br />Table 25. Classification of snow particles using condensed <br />Magono and Lee (1966) system...................... 122 <br /> <br />Table 26. Cloud and synoptic features of STOR~ 7 noted <br /> <br />on Fig. 73........................................ 175 <br /> <br />xviii <br />