Hidex 300 SL News
Counting radon in water
26th March 2025
The Montana Bureau of Mines and Geology based at Montana Technological University is using a Hidex 300 SL LSC to count samples
The Hidex Biofuel Method: A new solution for carbon analysis in biofuels
3rd February 2025
Hidex have developed a novel method for biogenic carbon analysis based on direct detection using liquid scintillation counting
Radiochemical analysis of environmental and nuclear decommissioning samples
25th July 2024
Hidex 300 SLs are being used for nuclear and environmental monitoring in South Korea where two reactors are currently being decommissioned
Quantifying radiolabelled CECs using Hidex instruments
22nd January 2024
The University of Surrey has been researching the fate of contaminants of emerging concerns to understand the effects of nanoplastics in the environment
Radiometric analysis of heavier actinides with the Hidex 300 SL
5th December 2023
The Colorado School of Mines has been using the liquid scintillation counter to count the decays of novel isotopes such as Berkelium and Californium
Developing the next generation of Liquid Scintillation Counters for super low-level analysis
27th September 2023
After identifying a unique fault due to local environmental conditions at Washington State Public Health Laboratories, Hidex redesigned the existing 600 SL
Advanced tritium analysis at nuclear power stations using the Hidex 300 SL
3rd August 2023
Watts Bar NPP in Tennessee is validating the liquid scintillation counters to count gaseous and liquid samples in key systems
NEW Video: Triple to Double Coincidence Ratio explained
7th June 2022
In our latest video, we explain what TDCR is, and how it improves the counting efficiencies of LSCs without the need for an internal radiation source
Hidex 600 SLe: the latest generation of liquid scintillation counters
29th March 2022
Hidex are excited to release the improved 600 SLe liquid scintillation counter with several improved key features