1994-09-19_HYDROLOGY - M1977378 ‎(2)‎

• Permit No: M1977378
• IBM Index Class Name: HYDROLOGY
• Doc Date: 9/19/1994
• Doc Name: Suitability of Bromide as a Ground-Water Tracer
• From: Hydro-Search, Inc.
• To: DMG
• Permit Index Doc Type: Hydrology Report
• Media Type: D
• Archive: No

DT: Monographic; Serial; Thesis
CC: 02-Geochemistry; 07-Marine-geology-and-oceanography
SB: B; Bibliography and Index of Geology (1969-present)
IS: 0341-8561
GEOREF Disc 3
14 of 60
AN: 89-71775
TI: Model calibration with the aid of an in-situ tracer test; a
case study.
AU: Dumas-Leslie
SO: Anonymous. Tracers in hydrogeology; principles, problems, and
practical applications. Ground-Water. 27. (5) . p. 724
CO: GRWAAP
YR: 1989
CN: Tracers in hydrogeology; principles, problems, and practical
applications, Houston, TX, Oct. 30-Nov. 1, 1989
LA: English
DE: California-; hydrogeology-; ground-water;
Stanislaus-County-California; Pacific-Coast; Western-U.S. ;
United-States; tracers-; unconfined-aquifers; case-studies;
sodium-bromide; porosity-; dispersivity-; data-processing;
Modesto-California
DT: Analytic; Serial; Conference publication; Abstract
CC: 21-Hydrogeology-and-hydrology
SB: B; Bibliography and Index of Geology (1969-present)
IS: 0017-467X
GEOREF Disc 2
15 of 60
AN: 87-25340
TI: A natural gradient experiment on solute transport in a sand
aquifer; 2, Spatial moments and the advection and dispersion of
nonreactive tracers.
AU: Freyberg-David-L
OS: Stanford Univ. , Dep. Civ. Eng. , Stanford, CA, United-States
SO: Water-Resources-Research. 22. (13) . p. 2031-2046.
25 Refs.
CO: WRERAQ
YR: 1986
PD: illus. , 3 tables
LA: English
AB: The three-dimensional movement of a tracer plume containing
bromide and chloride is investigated using the data base from a
large-scale natural gradient field experiment on groundwater
solute transport. The analysis focuses on the zeroth-, first-,
and second-order spatial moments of the concentration
distribution. These moments define integrated measures of the
dissolved mass, mean solute velocity, and dispersion of the
plume. Moments are estimated from the point observations using
quadrature approximations tailored to the density of the sampling
network. The estimators appear to be robust with acceptable
sampling variability. Estimates of the mass in solution for both
bromide and chloride demonstrate that the tracers behaved
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