WMOD00378

• Title: Physical Investigations of Winter Orographic Clouds in Utah
• Date: 3/1/1984
• State: UT
• Weather Modification - Doc Type: Report

Page

Figure 56. Distribution of mean liquid water depths observed 131
in the radiometer azimuth scans made in all twenty
STORMs of the 1983 field season and stratified
according to whether no PET was identified, an
N PET was identified, or an A, C, B or NP PET was
identified.

Figure 57. Distribution of mean liquid water depths observed in 133
the western quadrant of all radiometer azimuth scans
made in the twenty STORMS of the 1983 field season,
stratified according to whether an A, C, B or NP PET
was identified.

Figure 58. Same as Figure 57 but for the eastern quadrant. 134

Figure 59. Radiometric liquid water depth (mm) measured in the 140
azimuth-scan mode for 0600 Z to 2400 Z on 7 February
1983 (part of STORM 8).

Figure 60. Same as Figure 59 but for 2000 Z on 26 February 1983 141
to 0300 Z on 27 February 1983 (part of STORM 13).

Figure 61. Same as Figure 59 but for 1700 Z on 27 February 1983 142
to 0500 Z on 1 March 1983 (part of STORM 14).

Figure 62. Same as Figure 59 but for 1615 Z to 2220 Z on 143
7 March 1983 (part of STORM 18).

Figure 63. Same as Figure 59 but for 2020 Z to 2400 Z on 144
11 March 1983 (part of STORM, 19).

Figure 64. Same as Figure 59 but for 0100 Z to 2400 Z on 145
14 March 1983 (part of STORM 20).

Figure 65. Comparison of average radiometric liquid water depths 149
in western and eastern quadrants.

Figure 66. Supercooled liquid water contents measured during 153
STORMS 3, 4, 5, 6, and 8 with the supercooled liquid
water detector.

Figure 67. Same as Figure 66 but for STORMS 9, 14, 17, 19, 154
and 20.

Figure 68. Total flux of supercooled liquid water measured by 164
the detector and of precipitation integrated over
the duration of each of STORMS 3, 4, 5, 6, 8, and 9.

Figure 69. Same as Figure 68 but for STORMS 14, 17, 19, 165
and 20.

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