GEOSCIENCE 



♦-♦-•»-»-♦* 



GEOPHYSICS. MARINE »-♦-« 



BLACK.BODY SPECTRAL RADIANCE LANGUAGE - FORTRAN 



COMPUTER - CDC 3800 



COMPUTES SPECTRAL RADIANCE OF A BLACKBODY RADIATOR USING ONE DEGREE 

 INCREMENTS OF TEMPERATURE AND 0.05 MICROMETER INCREMENTS OF wAyE- 

 LENGTH. INPUT PARAMETERS ARE TEMPERATURE AS) WAVELENGTH, 



APPLIED OCEANOGRAPHY BRANCH - CODE 8310 

 NAVAL RESEARCH LABORATORY 

 WASHINGTON. D. C. 20390 



BLACK.BODY RADIANCE LANGUAGE - FORTRAN 



COMPUTER - CDC 380§, 



COMPUTES RADIANCE OF A BLACKBODY RADIATOR IN A SPECIFIED WAVELENGTH 

 INTERVAL USING ONE DEGREE INCREMENTS OF TEMPERATURE AND 0.05 

 MICROMETER INCREMENTS OF WAVELENGTH. INPUT PARAMETERS ARE TEMPERATURE 

 AND WAVELENGTH. 



APPLIED OCEANOGRAPHY BRANCH - CODE 8310 

 NAVAL RESEARCH LABORATORY 

 WASHINGTON. D. C. 20390 



LONG WAVE RADIATION LANGUAGE - FORTRAN IV 



COMPUTER - IBM 360/65 



CALCULATES RADIATION VALUES FOR THE SUOMI-HUHN RADIOMETER. iNpUT DATA 

 FROM THE TRADE WIND ZONE OCEANOGRAPHY PROGRAM RADIATION CARDS. 



BUREAU OF COMMERCIAL FISHERIES 

 2570 DOLE STREET 

 HONOLULU. HAWAII 96812 



OBSERVATION DRAPING (GRAVITY) LANGUAGE - FORTRAN 



COMPUTER - IBM 707A 



REDUCES OBSERVATIOW DATA TAKEN WITH LACOSTE-ROMBERG SEA/AIR OR SUB- 

 MARINE GRAVIMETERS TO OBSERVED GRAVITY VAlUE AND FREE-AIR ANOMALY. 

 INTERPOLATES GEOGRAPHIC POSITION FROM SMOOTHED FIX. COURSE. AND SPEED. 

 GENERATES BC CHART NO. AND X.Y COORDINATES FOR MERCATOR PROJECTION FOR 

 EACH STATION. OS NO. 53543. AUTHOR — R.K. LATTIMORE. 



GRAVITY DIVISION. CODE 83 

 NAVAL OCEANOGRAPHIC OFFICE 

 SUITLAND. MD. 20390 



REDUCTION AND DISPLAY OF DATA ACQUIRED AT SEA LANGUAGE - FORTRAN II 



COMPUTER - IBM 1130 

 (COPY ON FILE AT NODC) 



A SYSTEM OF PROGRAMS (NAVIGATION, GRAVITY. TOPOGRAPHY. MAGNETICS) FOR 

 THE REDUCTION. STORAGE AND DISPLAY OF UNDERWAY DATA ACQUIRED AT SEA. 

 THE COMPUTER INSTALLATION CONSISTS OF AN IBM 1130 AND INCLUDES RANDOM 

 ACCESS DISK CARTRIDGES AND AN ON-LINE CALCOMP 30 IN. PLOTTER. A LARGE 

 NUMBER OF THE PROGRAMS UTILIZE NAVIGATION POINTS TOGETHER WITH RAW 

 DIGITIZED GEOPHYSICAL DATA PRESENTED AS A TIME SERIES. WHERE THE DIFF- 

 ERENT DATA MAY BE READ AT UNEQUAL TIME INTERVALS. REF. TECH. REPORT 

 NO. 1 {AUGUST 1969, 3A8 P.) BY MANIK TALWANI. 



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