Skip to main content
Logo Basic

ProSpect TLIST Data Scanner

This application is designed to be used with Canberra's ProSpect Gamma Spectroscopy Software and is utilized in Experiments 9 and 10 of the Nuclear Science Experiments with Digital Electronics. The ProSpect TLIST Data Scanner is a customized & lightweight Adobe AIR application that reads and interprets ProSpect TLIST *.AVA data files to perform the following tasks:

  • Allows adjustment of TLIST data file energy calibration to correlate in energy two or more data acquisitions.
  • For any two TLIST Data acquisitions, graphs a histogram of the time difference observed for the coincident events.
  • For any two TLIST data acquisitions, graphs coincident events by plotting the energy of the Detector 1 event versus energy of the Detector 2 event.

Follow the directions below to obtain and install the ProSpect TLIST Data Scanner:

  1. Click here to download the ProSpect TLIST Data Scanner zip file (27 MB) to your local directory.
  2. Unzip the folder by right clicking on the folder and selecting Extract All…
  3. Double click tListDataScanner.air to install the application.
  4. The application can then be run directly from your desktop by selecting tlistDataScaner.exe

Please note that it is assumed that Java Runtime Environment and Adobe Air framework are already installed on the computer. These are available as part of the ProSpect software installation.

The download folder also contains a brief user's instruction guide as well as two demo spectral files to help get you started. Please review this for some useful tips.

View Products

Prospect 004

ProSpect® Gamma Spectroscopy Software

ProSpect software is an intuitive, but extremely versatile, software package for the acquisition and low complexity analysis of gamma spectroscopy data. Simplicity of use allows ProSpect software to be operated with minimal training by a broad range of users.

ProSpect software is an intuitive, but extremely versatile, software package for the acquisition and low complexity analysis of gamma spectroscopy data. Simplicity of use allows ProSpect software to be operated with minimal training by a broad range of users.
Lab kits for nuclear science experiments

Lab-Kits for Nuclear Science Experiments

Lab Kits are designed for classrooms that are working with limited resources. The two Lab Kits can provide individual workstations or a central demonstration station, depending on space and budget available.

Lab Kits are designed for classrooms that are working with limited resources. The two Lab Kits can provide individual workstations or a central demonstration station, depending on space and budget available.

Related Articles

Genie™ 4.0 and Apex® Products Operating System and Database Qualifications

S545c spectrum viewer

Software Options for GR1™, Sigma™, and TN-15™ Family Devices

Genie Bridge Spectrum Viewer is the ideal way to achieve advanced spectroscopic analysis with the GR1 detectors. This lightweight application allows users to connect to the detector and acquire a spectrum, and then export directly to Genie™ software for full spectrum analysis and interface with ISOCS™ efficiency calibrations.
Genie Bridge Spectrum Viewer is the ideal way to achieve advanced spectroscopic analysis with the GR1 detectors. This lightweight application allows users to connect to the detector and acquire a spectrum, and then export directly to Genie™ software for full spectrum analysis and interface with ISOCS™ efficiency calibrations.
Sys selection icon

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 thumbnail

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.
Support

Looking for Services or Support?
We're here to help.