Instruction manual

SECTION 4. CALCULATING FLUXES USING SPLIT
4-2
column # 7: Lv old
column # 8: avg w
column # 9: avg T
column # 10: avg InV
column # 11: avg Vh
column # 12: std w
column # 13: std T
column # 14: std InV
column # 15: std Vh
column # 16: H
column # 17: LE
column # 18: T
′
InV
′
HEADINGS for , col. # 19: Tair
column # 20: e
column # 21: Rn
column # 22: F
column # 23: S
column # 24: ws
column # 25: wd
column # 26: sd wd
column # 27: Lv new
column # 28: Cp
column # 29: rho air
TABLE 4.2-2. Split Parameter File to Correct Surface Fluxes for
Air Density and Oxygen Absorption
Param file is C:\ECFLUX.PAR
Name(s) or input DATA FILE(s): EC.PRN
Name of OUTPUT FILE to generate: FLUX.PRN
START reading in ENC.PRN: 1:2
STOP reading in ENC.PRN:
COPY from ENC.PRN: 2[30]
SELECT element #(s) in ENC.PRN: H=16*28*29/6,LE=17*27/7,A=5*1000.
*.80674*.0045,OCLE=16*A*27/(3*6*19*19),
STDR=14/4,OCSD=SQRT(((2.*A*18/(3*4*19*19)))),
1,2,12,13,STDR,OCSD,H,LE,OCLE,21,22+23,22,23
HEADINGS for ENC.PRN, col # 1: DAY
column # 2: TIME
column # 3: STD w
column # 4: STD T
column # 5: STD RHOV
column # 6: OC SD
column # 7: H
column # 8: LE
column # 9: OC LE
column # 10: RNET
column # 11: G
column # 12: F
column # 13: S