ISEE-3 1-MINUTE AVERAGED MAGNETIC FIELD WITH SOLAR WIND FLOW SPEED Title: 1min_ascii_with_sw_speed/ NSSDC ID: SPMS-00705 Old ID: 78-079A-02S Time span: 78-225 through 79-179 in one-day files This is an ASCII version of the original binary data set (ID = SPHE-00571; old ID = 78-079A-02J), which was never available online. The new ASCII records are fixed-length, 214 bytes long, with carriage return carriage control. The data parameters are the same in the two versions and are in the same order. The following shows the word structure. The first three items are integers, the remainder are real numbers. All items were 4-byte quantities in the original. This data set covers the time interval 1978 Day 225 (August 13) through 1979 Day 179 (June 28). Every minute of every day in this time span is represented in the data, even if there is no valid data for that time. Missing data or bad data are indicated by the special value 0.0000E+00 in the V and ISEE position fields, and by -1.0E9 in the other data fields. It often happens that there are lengthy segments where one or another parameter (or many parameters) are absent, as indicated by the special flag values. WORD DESCRIPTION 1 YEAR (78, 79, 80) 2 CDAY (JAN. 1 = DAY 1) 3 SECONDS OF DAY AT START OF MINUTE 4 V (SPEED FROM LOS ALAMOS REDUCED DATA SET) 5 ISEE POSITION X-GSE (METERS) 6 ISEE POSITION Y-GSE (METERS) 7 ISEE POSITION Z-GSE (METERS) 8 < B >x GSE (gammas) 9 < B >y 10 < B >z 11 < Bx**2 > 12 < BxBy > 13 < BxBz > 14 < By**2 > 15 < ByBz 16 < Bz**2 > 17 < COS alpha> = 18 < COS beta> = 19 < COS gamma> = 20 <|B|> 21 <|B|**2> Format: (I3,I4,I6,1PE11.4,12E11.4,3E12.5,2E11.4) The original data were contained on two 9-track tapes, in IBM binary format, with the following DCB: (LRECL=88,BLKSIZE=26404,RECFM=VBS,DEN=3). The original tape (ID 78-079A-02J) was created at GSFC by J. King from reduced magnetometer data provided by E. Smith (JPL) and plasma data provided by S. Bame / R. Zwickl (LANL). This ASCII version of the data set was created at NSSDC by H. K. Hills in March and August, 2002. The conversion from binary was handled by the VAX operating system, and a special program unblocked the input and wrote the ASCII output. The precision of the ASCII version was selected to keep sufficient precision without using excessive space. Updated: 8/15/02 HKH