A vehicle-towed array of time-domain electromagnetic sensors was designed and operated to optimize the classification of buried munitions from ancillary metallic debris and clutter. The array was designed to combine the data quality advantages of a gridded survey with the coverage efficiencies of a vehicular system. The design goal for this system was to collect data equal, if not better, in quality to the best gridded surveys while prosecuting many ...
A vehicle-towed array of time-domain electromagnetic sensors was designed and operated to optimize the classification of buried munitions from ancillary metallic debris and clutter. The array was designed to combine the data quality advantages of a gridded survey with the coverage efficiencies of a vehicular system. The design goal for this system was to collect data equal, if not better, in quality to the best gridded surveys while prosecuting many ...
The technology focus of this demonstration is a vehicle-towed array of time-domain electromagnetic sensors designed and operated to optimize the classification of buried munitions from ancillary metallic debris and clutter. The demonstrated technology, known as the TEMTADS array, consists of 25 co-located transmit (Tx) and receive (Rx) pairs arranged in a 5x5 fixed grid configuration. The TxRx pairs are separated by 40cm center-to-center, which results in a 2m square array. ...
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