Groundwater Geophysics A Tool for Hydrogeology için kapak resmi
Başlık:
Groundwater Geophysics A Tool for Hydrogeology
Dil:
English
ISBN:
9783540293873
Yayın Bilgileri:
Berlin, Heidelberg : Springer Berlin Heidelberg, 2006.
Fiziksel Tanımlama:
XVIII, 493 p. 300 illus. online resource.
İçerik:
Petrophysical properties of permeable and low-permeable rocks -- Seismic methods -- Geoelectrical methods -- Complex Conductivity Measurements -- Electromagnetic methods — frequency domain -- The transient electromagnetic method -- Ground Penetrating Radar -- Magnetic Resonance Sounding -- Magnetic, geothermal, and radioactivity methods -- Microgravimetry -- Direct Push-Technologies -- Aquifer structures — pore aquifers -- Aquifer structures: fracture zones and caves -- Groundwater quality - saltwater intrusions -- Geophysical characterisation of aquifers -- Groundwater protection: vulnerability of aquifers -- Groundwater protection: mapping of contaminations.
Özet:
Geophysical techniques can map the underground conditions apart from boreholes. The use of these methods for hydrogeological applications is demonstrated for mapping of porous and structural aquifers, determination of groundwater quality (mineralization), assessment of hydraulic properties, determination of aquifer vulnerability and mapping of contaminated sites. Additionally, a description of geophysical techniques used for groundwater studies is given including seismics, resistivity methods, magnetics, ground penetrating radar and NMR (nuclear magnetic resonance). In this second edition new chapters on RMT (radio magnetotelluric) and on the determination of groundwater flow in monitoring wells are included.

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E-Kitap 1818653-1001 QC801 -809 SPRINGER E-Kitap Koleksiyonu
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Özet

Özet

Geophysical techniques can map the underground conditions apart from boreholes. The use of these methods for hydrogeological applications is demonstrated for mapping of porous and structural aquifers, determination of groundwater quality (mineralization), assessment of hydraulic properties, determination of aquifer vulnerability and mapping of contaminated sites. Additionally, a description of geophysical techniques used for groundwater studies is given including seismics, resistivity methods, magnetics, ground penetrating radar and NMR (nuclear magnetic resonance).

In this second edition new chapters on RMT (radio magnetotelluric) and on the determination of groundwater flow in monitoring wells are included.


İncelemeler 1

İnceleme Seç

Kirsch's book represents a significant development for the field of hydrogeology in that it nicely balances theory with practicality. Written by various experts (no American authors), it covers classic geophysical techniques such as seismic and gravimetric methods, but also includes more modern techniques such as nuclear magnetic resonance. The first 11 chapters address various geophysical techniques as applied to groundwater investigations, with chapter 1 addressing the basic physical properties of aquifers. Individual chapters cover seismic, geo-electrical, complex conductivity, electromagnetic, transient electromagnetic, ground penetrating radar, magnetic resonance sounding, micro-gravimetric, and direct push-technological methods. The second part shows how the methods described in part 1 may be applied, with case histories used to demonstrate the techniques. Unfortunately, none of the case histories are from the US. Individual chapters are dedicated to porous-media aquifers, fracture zones and cavernous aquifers, saltwater intrusion, characterization of aquifers, vulnerability of aquifers, and the mapping of subsurface contamination. Mathematics is kept to a minimum, making this book very readable. References and additional recommended reading at the end of each chapter greatly enhance the value of this book. ^BSumming Up: Recommended. Upper-division undergraduates through professionals. M. S. Field U.S. Environmental Protection Agency