Principles of the lumped-parameter approach to the interpretation of environmental tracer data are given. The following models are considered: the piston flow model (PFM), exponential flow model (EM), linear model (LM), combined piston flow and exponential flow model (EPM), combined linear flow and piston flow model (LPM), and dispersion model (DM). The applicability of these models for the interpretation of different tracer data is discussed for a steady state flow approximation. Case studies are given to exemplify the applicability of the lumped-parameter approach. Description of a user-friendly computer program is given.
CITATION STYLE
Maloszewski, P., & Zuber, A. (1996). Lumped Parameter Models for the Interpretation of Environmental Tracer Data. International Atomic Energy Agency, (Ed.), Manual on Mathematical Models in Isotope Hydrogeology, TECDOC-910: Vienna, Austria, International Atomic Energy Agency Publishing Section, 9–58.
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