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- Model PD2319 - Personal Dosimeter
Model PD2319 -Personal Dosimeter
- Highly integratable
- Wide dynamic range
- Dosimeter-to-PC communication
- Compact design with low weight
- High sensitivity and uniform response
- Extreme sensitivity to alpha, beta, gamma & x-rays
- Geiger-Mueller (GM) & semi-conductor (Si) detector
- Designed for field use to measure all types of ionizing radiation and collection of the x-ray, gamma, beta and alpha emitting sources in three types
- Cost effective
- Durable and versatile
- Wide temperature range
- Ready for field operation
- Simple and compact design
- Easy to use and low maintenance
- Protective against dust and moisture
- Resistant against impact and vibration
- Resistant against electromagnetic interference
- Robust and suitable for use in challenging conditions
PD2319 provides a high dynamic range for dose values which results from the operation based on two sensors. One sensor is responsible to provide accurate calculation in low dose values while the other one takes the role in high values. All sensors are Geiger-Mueller (GM) tube except the one used to measure low dose values in version 1 (Gamma and X-ray) type 1 which is a semi-conductor detector. The sensor is fully enclosed inside the instrument. When ionizing radiation or a particle strikes the sensor, it is detected electronically and monitored by embedded system. Radiation is measured in different units while these units can be easily selected. All the versions come with detection window suitable to their detectable rays or particles. PD2319 version 3 (alpha, beta and gamma) is equipped with a special window to allow crossing alpha radiation which increase the device sensitivity against dust and moisture. Note that some very low energy radiation cannot be detected due to their inability to cross the window. The industrial and electrical design in PD2319 makes the device immune against different environmental, electromagnetic and mechanical turbulence.
- Security control
- Nuclear industry
- Accelerator sites
- Measure background radiation
- Roentgenology and radiotherapy
- Individual radiation and protection
- Nuclear medicine (x-rays, CT scans, etc.)
- Research activities in radioecology and radiology
- Dose monitoring of population
- Half-life determination (counts/interval vs. time)
- Counts/interval vs. distance and shielding studies
- Radiation protective measures in case of nuclear disasters
- Health physics (for contamination monitoring on surfaces, clothing and objects etc.)
- Scientific Research
