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Dosimeters and Safety devices for ionizing-radiation
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Gamma detector / with information display panel
ITT GammaCam Real Time Radiation Imagery
GammaCam Real Time Radiation Imagery
Remote operation and control allows safe image acquisition in high radiation...
GammaCam Real Time Radiation Imagery
Remote operation and control allows safe image acquisition in high radiation...
Gamma detector / with information display panel
ITT GammaCam Real Time Radiation Imagery
GammaCam Real Time Radiation Imagery
Remote operation and control allows safe image acquisition in high radiation environments, minimizing operator exposure.
Features:
Portable
High Spatial Resolution
Easy Setup
High Sensitivity
User Friendly
Applications:
The system can be tailored to countless applications which include:
Critical Path Survey Management
Safe, Remote Surveys of Large Areas
Evaluation of Shielding Requirements and Implementation
Monitoring of Dynamic Radiological Conditions
Cost Effective Sorting of Radioactive Waste
GammaCam Real Time Radiation Imagery
Remote operation and control allows safe image acquisition in high radiation environments, minimizing operator exposure.
Features:
Portable
High Spatial Resolution
Easy Setup
High Sensitivity
User Friendly
Applications:
The system can be tailored to countless applications which include:
Critical Path Survey Management
Safe, Remote Surveys of Large Areas
Evaluation of Shielding Requirements and Implementation
Monitoring of Dynamic Radiological Conditions
Cost Effective Sorting of Radioactive Waste
Optically stimulated luminescence dosimeter - (CT) QA
Landauer is revolutionizing the industry with the
introduction of our new Computed Tomography (CT)
Dosimeter utilizing aluminum oxide, optically stimulated
luminescence (OSL) technology. This dosimeter features
a...
introduction of our new Computed Tomography (CT)
Dosimeter utilizing aluminum oxide, optically stimulated
luminescence (OSL) technology. This dosimeter features
a...
Optically stimulated luminescence dosimeter - (CT) QA
Landauer is revolutionizing the industry with the
introduction of our new Computed Tomography (CT)
Dosimeter utilizing aluminum oxide, optically stimulated
luminescence (OSL) technology. This dosimeter features
a...
introduction of our new Computed Tomography (CT)
Dosimeter utilizing aluminum oxide, optically stimulated
luminescence (OSL) technology. This dosimeter features
a...
X-ray dosimeter - Escort®
Landauer's Escort dosimetry service provides radiation monitoring for emergency
responders who may accidentally be exposed during a radiation incident. The
laminated, wallet-sized card measures radiation exposure...
responders who may accidentally be exposed during a radiation incident. The
laminated, wallet-sized card measures radiation exposure...
X-ray dosimeter - Escort®
Landauer's Escort dosimetry service provides radiation monitoring for emergency
responders who may accidentally be exposed during a radiation incident. The
laminated, wallet-sized card measures radiation exposure...
responders who may accidentally be exposed during a radiation incident. The
laminated, wallet-sized card measures radiation exposure...
X-ray dosimeter - InLight® Basic
InLight dosimeters provide x, gamma, and beta radiation monitoring with
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
X-ray dosimeter - InLight® Basic
InLight dosimeters provide x, gamma, and beta radiation monitoring with
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
Optically stimulated luminescence dosimeter - InLight®
InLight dosimeters provide x, gamma, and beta radiation monitoring with
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
Optically stimulated luminescence dosimeter - InLight®
InLight dosimeters provide x, gamma, and beta radiation monitoring with
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
Neutron dosimeter / X-ray - InLight® Model 2
InLight dosimeters provide x, gamma, and beta radiation monitoring with
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
Neutron dosimeter / X-ray - InLight® Model 2
InLight dosimeters provide x, gamma, and beta radiation monitoring with
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
optically stimulated luminescence (OSL) technology. OSL technology is
the newest advancement in passive radiation protection dosimetry. Inlight
dosimeters...
Digital dosimeter - Dosimetry™
Lumencor light engines are uniquely well suited for quantitative fluorescence analysis. Light outputs may be read as photon counts which are proportional to photon number, not intensity or power. Pulse to pulse reproducibility is excellent: standard...
Digital dosimeter - Dosimetry™
Lumencor light engines are uniquely well suited for quantitative fluorescence analysis. Light outputs may be read as photon counts which are proportional to photon number, not intensity or power. Pulse to pulse reproducibility is excellent: standard deviations typically less than 0.1%. The thermalized light engine output increases linearly in time or pulse width. All the light delivered can be monitored in real time and measured electronically. This capacity to titrate photon number in a given experiment provides an unprecedented level of precision and therefore experimental control of light similar to measuring reagents in a chemical reaction.
Light engine outputs can be controlled by a variety of means. To overcome the influence of environmental changes and any light engine performance variation on the optical output, three closed loop options exist to stabilize photon delivery:
Constant current
Metered dosage
Constant intensity
Light engine outputs can be controlled by a variety of means. To overcome the influence of environmental changes and any light engine performance variation on the optical output, three closed loop options exist to stabilize photon delivery:
Constant current
Metered dosage
Constant intensity