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Science / Relaxation / Spin–lattice relaxation / Transient electromagnetics / Spin–spin relaxation / Geophysics / Hydrogeology / Nuclear magnetic resonance / Magnetic resonance imaging / Physics


Advances in Regolith 221 FORWARD MODELLING SURFACE NMR FOR HYDOGEOLOGICAL APPLICATIONS IN AUSTRALIA
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Document Date: 2009-01-14 01:20:06

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City

Perth / London / Novosibirsk / New York / /

Company

Oxford University Press / Goldman / /

Country

Australia / Germany / Israel / Russia / /

Facility

Curtin University of Technology / /

IndustryTerm

forward solution / analytical solution / direct non-invasive groundwater detection technology / hydrogeological applications / chemical weathering / geophysical imaging problems / stratified media / geophysical tool / groundwater applications / energy / /

Organization

Oxford University / Curtin University / Department of Exploration Geophysics / /

Person

CRC LEME / /

Position

Don Hunter / representative / Regolith FORWARD / /

ProvinceOrState

Queensland / Washington / /

Technology

spectroscopy / Geophysics / simulation / direct non-invasive groundwater detection technology / /

SocialTag