1ԓVC(E̓VC\)
�W�y�S�W�y��(Qn)1ԓVC(E̓VC\)
3/23`3/30̓VC (323XV)
-
3/23() VC ~
(%)~
(mm)C
()
(m/s)18 
17 0.4 15.9 
0.2 19 
3 0.0 14.6 
1.2 20 
3 0.0 13.2 
2.4 21 
3 0.0 12.0 
2.7 22 
3 0.0 11.1 
2.9 23 
2 0.0 10.5 
3.0 -
3/24() VC ~
(%)~
(mm)C
()
(m/s)0 
2 0.0 9.8 
2.9 1 
1 0.0 9.2 
2.8 2 
1 0.0 8.5 
2.9 3 
1 0.0 7.9 
3.0 4 
1 0.0 7.3 
3.2 5 
0 0.0 7.0 
3.1 6 
0 0.0 6.9 
2.9 7 
0 0.0 7.3 
2.5 8 
0 0.0 8.4 
2.3 9 
0 0.0 10.0 
2.0 10 
0 0.0 11.9 
1.3 11 
0 0.0 13.8 
0.4 12 
0 0.0 15.7 
0.4 13 
0 0.0 17.3 
1.3 14 
0 0.0 18.4 
1.9 15 
0 0.0 18.9 
2.1 16 
0 0.0 18.4 
1.9 17 
0 0.0 17.1 
1.8 18 
1 0.0 15.3 
2.1 19 
1 0.0 13.3 
3.3 20 
2 0.0 11.3 
3.4 21 
2 0.0 9.8 
2.6 22 
2 0.0 9.0 
2.0 23 
2 0.0 8.7 
1.5 -
3/25() VC ~
(%)~
(mm)C
()
(m/s)0 
2 0.0 8.7 
1.0 1 
3 0.0 8.7 
0.7 2 
3 0.0 8.7 
0.5 3 
3 0.0 8.8 
0.7 4 
4 0.0 8.9 
0.8 5 
4 0.0 9.0 
0.8 6 
5 0.0 9.1 
0.8 7 
6 0.0 9.4 
0.9 8 
7 0.0 10.2 
0.9 9 
7 0.0 11.4 
0.5 10 
8 0.0 12.7 
0.4 11 
8 0.0 14.1 
0.5 12 
9 0.0 15.4 
0.7 13 
9 0.0 16.5 
0.7 14 
10 0.0 17.3 
0.8 15 
11 0.0 17.6 
1.2 16 
15 0.0 17.3 
1.6 17 
20 0.0 16.6 
2.1 18 
27 0.0 15.6 
3.3 19 
34 0.0 14.4 
3.0 20 
51 0.4 13.3 
2.0 21 
53 0.4 12.4 
1.8 22 
53 0.4 11.8 
2.0 23 
60 0.7 11.5 
1.8 -
3/26() VC ~
(%)~
(mm)C
()
(m/s)0 
60 0.6 11.4 
1.7 1 
60 0.6 11.3 
1.7 2 
60 0.5 11.3 
1.6 3 
60 0.5 11.3 
1.5 4 
60 0.5 11.3 
1.3 5 
53 0.4 11.3 
1.3 6 
52 0.4 11.3 
1.3 7 
51 0.4 11.4 
1.3 8 
48 0.4 11.8 
1.2 9 
46 0.4 12.3 
1.1 10 
33 0.0 13.0 
0.8 11 
29 0.0 13.6 
0.5 12 
26 0.0 14.3 
0.6 13 
22 0.0 14.8 
0.7 14 
18 0.0 15.2 
0.7 15 
13 0.0 15.4 
0.7 16 
8 0.0 15.2 
0.9 17 
3 0.0 14.9 
1.1 18 
0 0.0 14.4 
0.9 19 
0 0.0 13.9 
0.4 20 
0 0.0 13.3 
0.2 21 
0 0.0 12.7 
0.1 22 
32 0.0 12.3 
0.2 23 
29 0.0 11.9 
0.2 -
3/27() VC ~
(%)~
(mm)C
()
(m/s)0 
23 0.0 11.4 
0.2 1 
23 0.0 10.8 
0.3 2 
20 0.0 10.2 
0.3 3 
20 0.0 9.6 
0.4 4 
20 0.0 9.1 
0.4 5 
20 0.0 8.8 
0.4 6 
20 0.0 8.7 
0.4 7 
23 0.0 9.0 
0.2 8 
23 0.0 9.9 
0.2 9 
20 0.0 11.1 
0.1 10 
16 0.0 12.7 
0.4 11 
16 0.0 14.2 
0.5 12 
16 0.0 15.8 
0.9 13 
20 0.0 17.0 
1.2 14 
20 0.0 17.9 
1.5 15 
20 0.0 18.3 
1.9 16 
20 0.0 18.1 
2.6 17 
16 0.0 17.6 
3.0 18 
16 0.0 17.0 
2.8 19 
16 0.0 16.2 
2.2 20 
23 0.0 15.4 
1.4 21 
26 0.0 14.6 
1.3 22 
26 0.0 14.0 
1.1 23 
26 0.0 13.5 
0.9 -
3/28(y) VC ~
(%)~
(mm)C
()
(m/s)0 
26 0.0 12.8 
0.6 1 
26 0.0 12.1 
0.5 2 
26 0.0 11.4 
0.4 3 
26 0.0 10.6 
0.3 4 
26 0.0 10.0 
0.3 5 
23 0.0 9.6 
0.3 6 
26 0.0 9.5 
0.3 7 
16 0.0 9.9 
0.4 8 
16 0.0 11.0 
0.5 9 
13 0.0 12.5 
0.4 10 
13 0.0 14.3 
0.4 11 
13 0.0 16.1 
0.6 12 
13 0.0 17.6 
1.0 13 
13 0.0 18.7 
1.4 14 
13 0.0 19.2 
3.0 15 
13 0.0 19.0 
3.8 16 
13 0.0 18.5 
3.1 17 
13 0.0 17.8 
1.6 18 
16 0.0 16.9 
1.0 19 
13 0.0 16.0 
1.8 20 
16 0.0 15.2 
1.6 21 
16 0.0 14.5 
1.1 22 
23 0.0 13.9 
0.8 23 
29 0.0 13.3 
0.5 -
3/29() VC ~
(%)~
(mm)C
()
(m/s)0 
30 0.0 12.5 
0.2 1 
30 0.0 11.7 
0.3 2 
29 0.0 10.9 
0.4 3 
29 0.0 10.1 
0.4 4 
29 0.0 9.4 
0.6 5 
30 0.0 8.9 
0.8 6 
30 0.0 8.8 
1.0 7 
30 0.0 9.1 
1.1 8 
30 0.0 10.2 
1.2 9 
30 0.0 11.7 
1.3 10 
29 0.0 13.5 
1.4 11 
26 0.0 15.4 
1.6 12 
23 0.0 17.2 
1.7 13 
20 0.0 18.7 
1.9 14 
17 0.0 19.8 
2.0 15 
13 0.0 20.2 
2.2 16 
23 0.0 20.0 
2.6 17 
29 0.0 19.4 
3.0 18 
30 0.0 18.6 
3.5 19 
30 0.0 17.5 
3.2 20 
30 0.0 16.3 
3.1 21 
30 0.0 14.9 
2.9 22 
51 0.4 13.6 
2.6 23 
51 0.4 12.2 
2.2 -
3/30() VC ~
(%)~
(mm)C
()
(m/s)0 
51 0.4 11.0 
1.8 1 
51 0.4 9.9 
1.7 2 
51 0.4 9.1 
1.4 3 
51 0.4 8.5 
1.2 4 
51 0.4 8.4 
1.1 5 
51 0.4 8.6 
1.0 6 
51 0.4 9.4 
0.8 7 
30 0.0 10.5 
0.8 8 
30 0.0 11.8 
0.7 9 
51 0.4 13.4 
0.7 10 
51 0.4 14.9 
0.9 11 
51 0.4 16.5 
1.0 12 
51 0.4 17.8 
1.2 13 
30 0.0 18.9 
1.3 14 
30 0.0 19.7 
1.4 15 
29 0.0 20.0 
1.4 16 
29 0.0 19.7 
1.2 17 
45 0.4 19.1 
0.9 18 
41 0.4 18.3 
0.7 19 
23 0.0 17.3 
1.1 20 
23 0.0 16.4 
1.5 21 
26 0.0 15.5 
2.1 22 
57 0.7 14.9 
1.9 23 
58 0.7 14.5 
1.7
̕\Lɂā
Fk@
F앗@
F@
F
�W�y�S�W�y��(Qn)1ԓVC(E̓VC\)BE̓VC8܂ł̓VCECE~mfځBԓVC\ɂȂ悤ɋCۗ\mXVB