RTIS Systems for Radiation Detection - Isotope Identification -
Source Location
The patented IAT Radiation Threat Identification System (RTIS) was designed as a
digital radiation detection platform providing gamma and neutron
detection, isotope identification and source location. High speed
digital electronics provide analog to digital conversion, digital
signal processing, digital sensor controls and detector temperature
compensation across -40C to +60C for optimum gamma and neutron
detector performance. The RTIS Threat Identification Software (TIS)
provides highly accurate isotope detection and identifcation. The
patented IAT Radiation Directional Finder (RDI) module provides
source(s) direction, location and identification.
MRVS: Mobile Radiation Verification System
DSRPM: Digital Radiation Portal Monitor
BackPack Rad/Nuc Detector
Crane Based Systems
MRVS - RTIS Platform Awarded DHS Qualified Anti-Terrorist Technology Designation (QATT).
MRVS Vehicle
MRVS Rapid Deployment |
The Mobile Radiation Verification System (MRVS) deploys radiation and fissile material sensors and radiation directional finders on mobile platforms such as a vessel or a vehicle. The MRVS provides an ability to identify and analyze small vessels and protect outlying perimeters.
The patented IAT Radiation Directional
Finder (RDF) can be applied to a vessel or a vehicle
as an integral part of the MRVS
system. The MRVS can be combined with GPS and Radar systems as it identifies the heading of detected radiological or fissile materials
and provides isotope identification.
One or more radiation directional finder(s) can be used for triangulation and positioning of the source materials.
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The MRVS graphic use interface is desiged for ease of
use by First Reponsder.
MRVS systems have been deployed by First Responders for over
18 months in active duty for security measures at seaports,
container inspection, airport security, metropolitan
area security and special events.
The MRVS system can be used as a networked node for rapid-deployments forming a network of fixed detectors with
communications capabilities to one or more central or mobile
command centers.
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Marine MRVS Application: The MRVS can be deployed as a
Marine Vessel for rapid detection,
identification and location of
dangerous materials. Compact marine
systems are designed to work
alongside radar, night vision and
other important sensor technologies
on-board.
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DRPM - Digital Radiation Portal Monitor - Awarded DHS Qualified Anti-Terrorist Technology Designation
(QATT).
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Example RPM photo |
The
Digital Radiation Portal Monitor (DRPM) provides IAT gamma and neutrton detector
systems coupled with the patented IAT Sensor Electronics Module (SEM) to provide a
high performance digtial detection or isotope identification system. The
DRPM can be configured with high resolution gamma detectors for deployment as a
Secondary Inspection Station.
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The DRPM uses the IAT digital Sensor Electronics Module (SEM)
to create a high performance gamma and neutron radiation portal
monitor. With the SEM as the digital elecronics, the DRPM gamma
and neutron detector data are converted to digital signals for
high speed processing and enhanced performance. Temperature
compensation is applied to ensure detector stability across
temperature ranges of -40C to +60C. The DRPM detectors can be
viewed individually or combined as a virtual detecotor array.
The DRPM represents an optimum performance in radiation portal
monitors with an abilty to integrate a wide variety of gamma
detector types.
IAT Backpack Rad/Nuc Detector
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The
IAT Backpack Rad/Nuc
Detector is based on the IAT
proprietary digital sensor
electronics module and IAT
neutron detector module
and high resolution
gamma detectors for spectral
analysis and isotope
identification. The system
has an open architecture to
supprt a variety of
communications protocols and
provides a graphic user
interface through a PDA.
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Crane Based Systems
SBRVS - Awarded DHS Qualified Anti-Terrorist Technology Designation (QATT).
The Spreader Bar Radiation Verification System (SBRVS) deploys radiation and fissile material sensors onto the spreader bar of a gantry crane and enables 100% verification of the containers being moved between ships and the port for hazardous radiological materials. The SBRVS verifies the shipping containers without impacting the flow of commerce.
IAT has partnered with Cargotec Port Security to provide crane based
radiation verification systems.