The tracer data was analyzed in a program called RS1 from Domain software.
The following subroutines are required.
tracer_reg.rpl This is
the primary program. The other procedures are called from this main
program
b6_l_sf.rpl
conv_dis_lsf.rpl
exf.rpl
initial_data_plot.rpl
matinv.rpl
MRQFIT.rpl
r_conv_dis_lsf.rpl
start_t.rpl
lsf.rpl
moment
add function
stat_lsf
display table
The core data was analyzed primarily using pv wave from Visual Numerics.
The geostatistical approach was analyzed separately and imported into the
code presented here. The codes include:
cont_conc.PRO
cont_mass.PRO
cont_mass_2.PRO
plot_all_mass.pro
The extraction data was also analyzed in pv wave from Visual Numerics.
The codes include:
plot_ew.pro
plot_all_ext.pro
The geostatistical code was written by Bart Faulkner, U.S. EPA in C
and SAS as attached:
Krig.c
Krig.h
maxlike_sh.sas
svar.c
svar.h
The sparging and venting cell data is available as a separate data set located in subdirectory cell_1 of the data directory.
6.6.1.2 Alcohol Tracers
University of Florida partitioning tracers
Clemson mass selective detector
Clemson in presence of TBA and hexanol
University of Florida alcohol flood
University of Florida SPME flood
Michigan Tech TPH in gas samples
Michigan Tech VOA in gas samples
RSKERC head space in presence of surfactants
Univ of Florida Pentanol in presence of surfactant
Univ of Florida srufactant in presence of pentanol