RETURN YOUR MAIL-IN X-RAY BADGES FOR PROCESSING?

Please be sure to check with your shipping carrier to see if they require the physical address or if they can deliver to the P.O. Box address.

All dosimeter returns, purchase orders and any other correspondence for Dosimetry Services should be addressed to:

Mirion Technologies (GDS), Inc.

104 Union Valley Road,

Oak Ridge, TN 37830

EMERGENCY BADGE PROCESSING SERVICE: FOR QUICK TURNAROUND OF YOUR DOSE RESULTS?

Requirements:

Prior email notification to [email protected], marked with HIGH PRIORITY & “Emergency Read” in the subject, before your emergency processing order is shipped to Mirion Dosimetry Services.
ALL Emergency Processing shipments (of dosimeters for emergency processing) must be accompanied by a signed authorization form.
Mirion Dosimetry Services will respond with results (by fax or email) within a 24-hour period from the time of receipt.
Emergency charges include both a per occurrence charge plus a per badge charge to be processed.

Please contact Customer Service for more information about our Emergency Processing Services at 800-251-3331.

Badge Processing: Mail-in Information

Related Articles

Related Articles

System Selection Guide

Mirion offers guidance with selections to meet your needs, based on application, software and hardware.

Mirion offers guidance with selections to meet your needs, based on application, software and hardware.

Spectrum Analysis

Radioactive decay occurs randomly in time, so the measurement of the number of events detected in a given time period is never exact, but represents an average value with some uncertainty. Better average values can be obtained by acquiring data over longer time periods.

Radioactive decay occurs randomly in time, so the measurement of the number of events detected in a given time period is never exact, but represents an average value with some uncertainty. Better average values can be obtained by acquiring data over longer time periods.

Neutron Detection and Counting

Neutrons have mass but no electrical charge. Because of this they cannot directly produce ionization in a detector, and therefore cannot be directly detected. This means that neutron detectors must rely upon a conversion process where an incident neutron interacts with a nucleus to produce a secondary charged particle. These charged particles are then directly detected and from them the presence of neutrons is deduced.

Neutrons have mass but no electrical charge. Because of this they cannot directly produce ionization in a detector, and therefore cannot be directly detected. This means that neutron detectors must rely upon a conversion process where an incident neutron interacts with a nucleus to produce a secondary charged particle. These charged particles are then directly detected and from them the presence of neutrons is deduced.

Gamma and X-Ray Detection

The choice of a particular detector type for an application depends upon the X-ray or gamma energy range of interest and the application’s resolution and efficiency requirements.

The choice of a particular detector type for an application depends upon the X-ray or gamma energy range of interest and the application’s resolution and efficiency requirements.