EXPLORANIUM'S AT-900
VEHICLE MONITORING SYSTEM
PROTECTS YOU FROM COSTLY
RADIOACTIVE CONTAMINATION.

As a quality-conscious producer or consumer of scrap metal you know full well the importance of staying consistently ahead of your competition. The new AT9OO radiation detection system has been designed to help you attain this goal by keeping radioactive scrap out of your yard.

Exploranium's advanced technology has allowed us to achieve "Maximum Detection Probability" which ensures better protection for your staff, and that your products will always be free of radioactivity. In order to achieve "Maximum Detection Probability" Exploranium has built in the following features to it's AT9OO Vehicle Monitoring Systems:

ADVANCED TECHNICAL ANALYSIS
● Dynamic "vehicle-in" background analysis
Only Exploranium takes the unique characteristics of each vehicle into account before issuing an alarm. Alarm thresholds are thus directly related to the vehicle in question.

COINCIDENT SIGNAL PROCESSING
Exploranium uses this unique noise reduction technique, combined with well-engineered hardware and sophisticated software, to provide you with the sensitivity you need to detect deep embedded radioactive sources.

STATE-OF-THE-ART DETECTOR
Detector volume, detector configuration and signal processing electronics have all been significantly improved, thereby increasing the amount of information picked up from the source while minimizing the noise level.

STEPPED-UP COMPUTING POWER
Substantially increased computing power supports greater analytical capability, faster processing, added storage of historical data and greater peripheral capability - all of which help to improve sensitivity.

SOPHISTICATED ADAPTIVE ALGORITHMS
● Global multi-dimensional vehicle analysis
● Spectral, pattern-recognition analysis
● Alarm profiling and verification
● Advanced speed analysis
Only Exploranium has the new, sophisticated adaptive software algorithms you need to enhance sensitivity without increasing false alarms. They combine highly developed multi-dimensional vehicle analysis with a new way of identifying alarm profiles, thereby recognizing characteristic patterns associated with deeply embedded radioactive sources. Sophisticated, spectral energy analysis and advanced speed measurement further enhance sensitivity, coupled with a sharp reduction in nuisance alarms.