Application of a semianalytical model to TNT transport in laboratory soil columns
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Application of a semianalytical model to TNT transport in laboratory soil columns by Tommy E. Myers

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Published by U.S. Army Engineer Waterways Experiment Station in Vicksburg, Miss .
Written in English


  • Partition coefficient (Chemistry) -- Mathematical models,
  • Soil absorption and adsorption -- Mathematical models,
  • Groundwater -- Pollution -- Mathematical models,
  • Soil pollution -- Mathematical models

Book details:

Edition Notes

Statementby Tommy E. Myers, Dan M. Townsend, Benjamin C. Hill ; prepared for U.S. Army Corps of Engineers.
SeriesTechnical report -- IRRP-98-7., Technical report (U.S. Army Engineer Waterways Experiment Station) -- IRRP-98-7.
ContributionsTownsend, Dan M., Hill, Benjamin C., United States. Army. Corps of Engineers., U.S. Army Engineer Waterways Experiment Station., Installation Restoration Research Program.
The Physical Object
Pagination60 p. (various pagings) :
Number of Pages60
ID Numbers
Open LibraryOL17601031M

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1. Introduction. Soil columns have been used for over three centuries in the study of hydrogeological properties (De la Hire, ).More recently, soil columns and lysimeters have been used to evaluate transport models (Klein et al., , Butler et al., ), to monitor the fate and mobility of contaminants in soil (Jin et al., , Hrapovic et al., , Dontsova et al., ) and for Cited by: Multi-process herbicide transport in structured soil columns: Experiments and model analysis Article in Journal of Contaminant Hydrology 85() June with 56 Reads How we measure 'reads'. Laboratory testing of soil and rocks Our sophisticated testing programmes are crucial to projects with great sensitivity to soil behaviour - high-rise buildings, bridges, dams, power plants, mines, levees, offshore platforms and tunnels, for example. Soil topics covered include testing principles, nutrient availability, sample handling, interpretation, and the whole range of soil constituents. Plant topics include principles, sampling and tissue handling, and examples from numerous crops and systems. The book concludes with chapters on instrumentation and data processing. Also available:3/5(1).

CIV E - Geotechnical Engineering I Consolidation Civil Engineering Page 1 of 10 Department of Purpose Determine the magnitude and time rate of settlement for a compressible cohesive soil. Required reading Das Sections to (pages to ). TheoryFile Size: 1MB. Why is nitrate in groundwater a concern? Idaho DEQ Drinking Water FAQ’s; EPA: Safe Drinking Water Act; IDEQ Water Sampling Videos; Recent Food Recalls, Outbreaks, and Emergencies. SOIL ANALYSIS (continued) Work Method Days Individual Analysis (continued): Organic Matter (LOI) S 7 Permanent Wilting Point (PWP), 15 bar Hndbk 7 pHs value S 7 Phosphorus: Total B 7 Phosphate (PO4-P), extractable S 5 Phylloxera 6 File Size: 72KB. This laboratory soil testing manual provides a detailed guide of fourteen common laboratory soil tests. The manual follows the ASTM standards published in the annual book. This manual can be used as a textbook in civil engineering undergraduate program as well as a reference in the geotechnical engineering Size: 44KB.

The triaxial test procedures have been developed from those which are described in Soil Testing for Engineers by T. W. Lambe and The Measurement of Soil Properties in the Triaxial Test by A. W. Bishop and D. J. Henkel. The consolidation test procedures have been developed from those in Lambe's book. 1. Floor plan of a soil, plant, water and fertilizer analysis laboratory 2. Floor plan of a biofertilizer laboratory and production unit 3. Items required for a soil, plant and water analysis laboratory 4. Items required for a fertilizer testing laboratory 5. Items File Size: KB. It serves as an instructional manual on the techniques used to perform chemical and physical characteristic tests on soils. Laboratory Guide for Conducting Soil Tests and Plant Analysis describes the basis and procedures for each test in detail, including analytical instrumentation procedures and laboratory quality assurance requirements. RESEARCH ARTICLE /WR Semianalytical solutions for transport in aquifer and fractured clay matrix system Junqi Huang1 and Mark N. Goltz2 1Ground Water and Ecosystems Restoration Division, National Risk Management Research Laboratory, U.S. Environmental Protection Agency, Ada, Oklahoma, USA, 2Department of Systems Engineering and Management, Air Force Cited by: 2.