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TLD-410 Personal TLD Albedo Neutron Dosimeter Multifunctional Badge Style

TLD-410 Personal TLD Albedo Neutron Dosimeter Multifunctional Badge Style

MOQ: 1 set
Price: Negotiable
Standard Packaging: Plywood box
Delivery Period: 5~8 working days
Payment Method: L/C,T/T
Supply Capacity: 500 sets/week
Detail Information
Place of Origin
China
Brand Name
SHUOBODA
Certification
ISO/CE
Model Number
TLD-410
TLD detector Energy Range:
20 KeV~3MeV
CR-39 Solid State Track Detector Exposure Range:
10mR~103R
Directivity:
Uncertainty ≤±10% For Energies >100 KeV; Uncertainty ≤±20% For Energies ≤100 KeV.
Dispersion:
Uncertainty≤±8%
Degradation And Optical Effects:
Uncertainty≤±5%
Scale:
Uncertainty≤±10%
Highlight:

Albedo Neutron Dosimeter Multifunctional

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TLD Albedo Neutron Dosimeter

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Personal Albedo Neutron Dosimeter

Product Description

TLD-410 Personal TLD Albedo Neutron Dosimeter

Product introduction

The TLD-410 Personal TLD Albedo Neutron Dosimeter is a multifunctional badge-style TLD albedo neutron personal dosimeter. It uses a combination of 6LiF and 7LiF thermoluminescent detectors to measure neutron and gamma radiation doses, including slow and intermediate-energy neutron doses in mixed fields.

 

The dosimeter has four internal slots to accommodate thermoluminescent detectors of various shapes and sizes. These configurations can be used to measure X-ray, gamma, beta, and neutron doses. The dosimeter is mounted using a hanging card and is numbered with a self-adhesive barcode.

 

For neutron and gamma radiation dose measurements, two thermoluminescent detectors are required to distinguish neutrons from the mixed field. One thermoluminescent detector is neutron-sensitive and the other is insensitive. For example, 7Li is insensitive to neutrons but only to gamma rays, while 6Li is sensitive to both.

 

Technical Specification

Item 

Parameters

TLD detector energy range

20 keV3MeV

CR-39 solid state track detector exposure range

10mR103R

Total uncertainty

 

≤±30%; ≤±50% for energies 30 keV or exposures 40 mR.

Energy response

uncertainty -10%; +25%

Directivity

Uncertainty ≤±10% for energies >100 keV;

Uncertainty ≤±20% for energies 100 keV.

Dispersion

uncertainty≤±8%

Degradation and optical effects

uncertainty≤±5%

Scale

 uncertainty≤±10%

 

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