. Effects of weather upon the thermal structure of the ocean. Progress report no. 1 . .4 .6 .8 WAVE LENGTH IN MICRONS figure e. energy spectrum of radiation from the remaining bands. It was decided SUN AND SKY AT THE SURFACE. to use the curve for the green band as representative of the re- maining $• By starting with the total absorbed heat of 3,339 g. cal. cin7<- it now can be determined that 2,11+7 g. cal. cm?2 were absorbed from the red band and 1,192 g. cal. cmr2 were absorbed from all other bands. By using these figures in conjunction with the approp
. Effects of weather upon the thermal structure of the ocean. Progress report no. 1 . .4 .6 .8 WAVE LENGTH IN MICRONS figure e. energy spectrum of radiation from the remaining bands. It was decided SUN AND SKY AT THE SURFACE. to use the curve for the green band as representative of the re- maining $• By starting with the total absorbed heat of 3,339 g. cal. cin7<- it now can be determined that 2,11+7 g. cal. cm?2 were absorbed from the red band and 1,192 g. cal. cmr2 were absorbed from all other bands. By using these figures in conjunction with the appropriate curve in figure $, table V was constructed, showing the amounts absorbed from each band in each layer. The total number of g. cal. cni72 absorbed in each layer for all bands 25
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Keywords: ., bookauthorunitedstateshydrographicoffice, bookc, bookcentury1900
