This is the final report of a one year, Laboratory Directed Research and Development project at Los Alamos National Laboratory. There is a continuing need in the United States defense and drug interdiction for effective over, convert, and standoff means of detecting underground tunnels, structures, and objects. This project sought to begin an assessment of electromagnetic and gravitational gradient detection approaches to the detection of underground structures and tunnels
The exceptional sensitivity of gamma-ray spectrometry in underground laboratories has increasing app...
The exceptional sensitivity of gamma-ray spectrometry in underground laboratories has increasing app...
Abstract: The demand for new buried utilities, such as gas, power and fiber-optic communication line...
This problem involves magnetic induction methods to locate and determine the depth of a subsurface l...
An improved capability for subsurface structure detection is needed to support military and nonproli...
One of the most formidable intelligence challenges existing in the non-proliferation community is th...
Illegal border crossings, transportation of weapons and drugs, and underground enemy strongholds are...
With the growth of cities, there is a proportional increase in the scarcity of available land. As ci...
ABSTRACT: During tunnel construction, ground failures are often reported due to occurrence of weak z...
The objective of this program is to perform research to advance the science in the application of bo...
Abstract — The threat posed by underground clandestine tunnels has been a growing concern for law en...
A seismic/acoustic array was developed to detect activity in clandestine tunnels. The geologic setti...
A need exists to reliably detect and characterize underground structures from immediately above the ...
The remote detection of buried structures and tunnels is important to the mining, construction, and ...
671958796Research implementation plan.PDFTech Report78201814709MinesGeophysical prospectingResistivi...
The exceptional sensitivity of gamma-ray spectrometry in underground laboratories has increasing app...
The exceptional sensitivity of gamma-ray spectrometry in underground laboratories has increasing app...
Abstract: The demand for new buried utilities, such as gas, power and fiber-optic communication line...
This problem involves magnetic induction methods to locate and determine the depth of a subsurface l...
An improved capability for subsurface structure detection is needed to support military and nonproli...
One of the most formidable intelligence challenges existing in the non-proliferation community is th...
Illegal border crossings, transportation of weapons and drugs, and underground enemy strongholds are...
With the growth of cities, there is a proportional increase in the scarcity of available land. As ci...
ABSTRACT: During tunnel construction, ground failures are often reported due to occurrence of weak z...
The objective of this program is to perform research to advance the science in the application of bo...
Abstract — The threat posed by underground clandestine tunnels has been a growing concern for law en...
A seismic/acoustic array was developed to detect activity in clandestine tunnels. The geologic setti...
A need exists to reliably detect and characterize underground structures from immediately above the ...
The remote detection of buried structures and tunnels is important to the mining, construction, and ...
671958796Research implementation plan.PDFTech Report78201814709MinesGeophysical prospectingResistivi...
The exceptional sensitivity of gamma-ray spectrometry in underground laboratories has increasing app...
The exceptional sensitivity of gamma-ray spectrometry in underground laboratories has increasing app...
Abstract: The demand for new buried utilities, such as gas, power and fiber-optic communication line...