WMOD00378

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

Page

Figure 70. Comparison of 20-minute supercooled liquid water 170
concentration of detector with simultaneous radio-
metric mean liquid water depth in the eastern quadrant.

Figure 71. Height-time display of Iidar depolarization ratio <5 175
for 1923Z to 2038Z on 19 January 1983 (S TORM 2).

Figure 72. Scatter diagram of FSSP versus JW liquid water 181
contents for 11,987 one-second samples on
8 February 1983 (STORM 9).

Figure 73. Scatter diagram of FSSP versus JW liquid water 182
contents for 5,614 one-second samples on 27 February
1983 (STORM 14).

Figure 74. Plan view of instrumented aircraft flight track 184
during part of STORM 9 (1543Z to 1821 Z on
8 February 1983).

Figure 75. Vertical cross-section of aircraft flight track 185
during part of STORM 9 (1543Z to 1821 Z on
8 February 1983).

Figure 76. Vertical cross-section of aircraft flight track 186
during part of STORM 9 (1543Z to 1821 Z on
8 February 1983).

Figure 77. Plan view of instrumented aircraft flight track 188
during part of STORM 14 (2344Z on 27 February
1983 to 0104Z on 28 February 1983).

Figure 78. Vertical cross-section of aircraft flight during 189
part of STORM 14 (2344Z on 27 February 1983 to
0104Z on 28 February 1983).

Figure 79. Annotated height-time display of equivalent potential 192
temperature for part of STORM 1 based on Adamsville
rawinsonde data.

Figure 80. Circled numerals designate silver iodide generators. 199
operated during STORM 1 .
Figure 81. Circled numerals designate silver iodide generators. 200
operated during STORM 2.
Figure 82. Circled numerals designate silver iodide generators. 201
operated during STORM 4.
Figure 83. Circled numerals designate silver iodide generators. 202
operated during STORM 5.
Figure 84. Circled numerals designate silver iodide generators 203
operated during STORM 6.
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