1.250x107 
11.200x107 
iz 
1O.130x10 
9570x107 
FLUX OF ENERGY TOWARD SHORE = 4.5x107ergs~ 
i ém.sec. 
9.000x10 
8 ee 2 
7.660x16" 
7320x107 
6750x107 
6.180x10’F 
ae 
5,060 xi0" 
4490x107 
3.935x107 
3.378x10" 
2.815x10" 
2.252x10" 
1689x107 
1.126x10" 
0.563xi0" 
i i ee a Viet neal 1 ll a SSE EE EE ss 
i a a a i a a nk in aa a a ae ae ee i a a Ae ee a a ce cine one Aumann 
2 30 20 I5 12 10 86 75 67 6 545 5 46 43 4 3.75 35 33 314 3 286 274 26 25 24 2.3 222 214 206 2 
B 
2 ee 2p oe ae ae a, Oe ie ek leak Ar an NG AE at 
46 43 4 3.75 35 33 3.14 3 286 274 26 25 24 2.3 222 214 206 2 
g 
—_>— (wave speed) 
uI(nH) 
a 
a 
q 
4 
5 
Ply 
= = Bes 
60 30 20 15 12 10 86 75 67 6 545 
Bla 
als 
nla 
ols 
Sis 
Pa 
Bla 
bf 
60 30 
Figure 43. Graphs of the functions needed in the computation of the energy flux toward shore, 
and the integrand of equation (12.50) in the power spectrum given on figure 39. 
OSs 
