Spatial and Temporal Variance in the Thermal Response of Buried Objects
Abstract
Probability of detection and false alarm rates for current military sensor systems used for detecting buried objects are often unacceptable. One approach to increasing sensor performance and detection reliability is to better understand which physical processes are dominant under certain environmental conditions. Incorporating this understanding into detection algorithms will improve detection performance. Our approach involved studying a small, 3.05 3.05 m, test plot at the Engineer Research and Development Centers Cold Regions Research and Engineering Laboratory (ERDC-CRREL) in Hanover, New Hampshire. There we monitored a number of environmental variables (soil temperature moisture, and chemistry as well as air temperature and humidity, cloud cover, and incoming solar radiation) coupled with thermal infrared and electro-optical image collection. Data collection occurred over 4 months with measurements made at 15 minute intervals. Initial findings show that significant spatial and thermal temporal variability is caused by incoming solar radiation; meteorologically driven surface heat exchange; and subsurface-soil temperatures, density, moisture content, and surface roughness.
Document Details
- Document Type
- Technical Report
- Publication Date
- Aug 13, 2020
- Accession Number
- AD1106085
Entities
People
- A. M. Wagner
- Andrew P. Bernier
- B. F. Morriss
- Bonnie J. Jones
- Brandon K. Booker
- Charles E. Smith
- Christopher R. Williams
- Jason R. Dorvee
- Jay Clausen
- Keran J. Claffey
- Michele L. Maxson
- Rosa T. Affleck
- Stephen D. Newman
- Susan Frankenstein
- Terrance M. Sobecki
Organizations
- Engineer Research and Development Center