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L. Gelhar (1974)
Stochastic analysis of phreatic aquifersWater Resources Research, 10
A. G. Hornsby (1973)
Prediction modeling for salinity control in irrigation return flows
Edwin Huling, Thomas Hollocher (1972)
Groundwater Contamination by Road Salt: Steady-State Concentrations in East Central MassachusettsScience, 176
J.C.I. Dooge (1960)
The routing of ground‐water recharge through typical elements of linear storageWater Resources Research
(1971)
Environmental impact of highway deicing
D. Cearlock (1972)
A Systems Approach to Management of the Hanford Ground‐Water BasinaGround Water, 10
(1964)
Handbook of applied hydrologyWater Resources Research
T. C. Lyons, J. Stewart (1973)
Ground‐water model development and verification for the San Jacinto ground‐water basin
D. B. Cearlock (1971)
A systems approach to management of the Hanford ground‐water basinNordic Hydrology
D. Leur (1958)
A study of non-steady groundwater flow with special reference to a reservoir coefficient, 70
Arthur D. Little (1972)
Salt, safety, and water supplyJour. of New England Water Works Assoc
P. A. Domenico (1972)
Concepts and models in ground‐water hydrologyWater Resources Research
(1965)
Vogt, Ivers and AssocScience
W. Maddaus, M. Aaronson (1972)
A regional groundwater resource management modelWater Resources Research, 8
G. J. Coogan (1971)
The increase in chlorides experienced in Massachusetts water suppliesWater Resources Research
L. Konikow, J. Bredehoeft (1974)
Modeling flow and chemical quality changes in an irrigated stream‐aquifer systemWater Resources Research, 10
G. Pinder (1973)
A Galerkin‐finite element simulation of groundwater contamination on Long Island, New YorkWater Resources Research, 9
M. Eldor, G. Dagan (1972)
Solutions of hydrodynamic dispersion in porous mediaWater Resources Research, 8
Jimmie Thomas, J. Riley, E. Israelsen (1972)
a Hybrid Computer Program for Predicting the Chemical Quality of Irrigation Return FlowsJournal of The American Water Resources Association, 8
J. Elíasson (1971)
MECHANISM OF GROUND WATER RESERVOIRSHydrology Research, 2
J. Bear (1972)
Dynamics of fluids in porous mediaWater Resources Research
L. W. Gelhar (1973)
Ground‐water pollution. A report prepared as part of the IAP mini‐course
A generalized lumped parameter ground‐water model is developed based on simultaneous water and solute balances for a phreatic aquifer. The basis for the lumped parameter approach is established by comparison with theoretical analyses of water and solute dynamics in a distributed aquifer model. The basic behavior of the model is characterized by two response times, one associated with the hydraulics and the other with the solute.
Ground Water – Wiley
Published: Nov 1, 1974
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