3. Analysis
We figure out the qc value at a height of 2km, intervals of 5 min from 5 min to 30 min.
And we compare the aspect of the qc(cloud water mixing ratio) and the max value of z-winds(absolute value) of each other.
1.(5000,1500), 2.(10000,1500), 3.(15000,1500), 4.(25000,1500) is in order from top left to bottom right.
- Order of figures
1.(5000,1500) 2.(10000,1500)
3.(15000,1500) 4.(25000,1500)
1) 5min
At five minutes, 1.(5000,1500) has some visible cloud and 2.(10000,1500) is invisible to the naked eye.
3.(15000,1500) and 4.(25000,1500) are still out of sight.
4. Conclusion
1. Even if the larger xyrad is less formed,
the max value of z-winds(+) is stronger than smaller one after 30 minutes.
2. The max value of z-winds(-) trend shows no apparent proportional relationship with the xyrad.
The existence of downdraft seems to be important regardless of the value.
3. Looking that qc graph and max value of z-winds(+) graph are simillar,
it can be said that updraft affect cloud development.
Judging by the location of the up&downdraft, the shape of the center, and graph of max value of z-winds(+) and, the larger the xyrad, the later the distinct clouds are formed.
However, even if it occurs late, the initial size of the cloud is large.