Civil Radiological Concept of Simulation Ultrasound sources are used to simulate Gamma. We offer a choice of magnetic or fluorescent technology for the simulation of Alpha / Beta. The implementation of the simulation detector is by means of either a simulation probe that works with the real detector or a simulator that looks like the genuine detector. GAMMA SIMULATION: Our encoded ultrasound simulation ionizing radiation sources are ideal for simulating localized gamma emitters. The encrypted signal enables specific isotopes to be simulated for spectrometer training. For example, you can survey with a simulation ratemeter and then visit the same area with a simulation spectrometer (Exploranium GR135) and obtain isotope identification. The simulation Gamma source has a range of 30 metres (32 yards) at low count reading. The simulation source has a beam spread of typically 40 degrees. Carefully developed simulators enable realistic simulation of inverse square law response. Nine individually selectable power levels make it very easy for you to select your desired energy level. Multiple sources may be deployed to simulate a larger area or emission or multiple sources. for very large areas of emission we employ GPS based technology. Simulation Gamma source with spreader Our Gamma source signal spreader modifies the signal of the simulation Gamma source to provide a 360 degree emission. MAGNETIC ALPHA / BETA SIMULATION: The magnetic Alpha / Beta simulation technology offers a reliable, simple solution to those who prefer not to use any form of chemical based simulant. The simulation sources are able to penetrate most non ferrous substances, and can easily be hidden under sand or earth for simple search training, or under clothes or protective garments to simulate personal contamination. An easy to use instructor remote permits simulation of partial and full decontamination. FLUORESCENT ALPHA / BETA SIMULATION This highly realistic simulation technology uses fluorescent powders and liquids to simulate Alpha and Beta emitting substances. The simulants are safe, environmentally friendly, very cost effective and highly effective at simulating a wide range of radioactive substances. Uranium Hexafluoride and radioactive drinking water are simulated with ease, whilst different coloured powders permit simulation of additional substances including depleted uranium residue coloured grey, and after oxidisation, green.