Scientific Laboratory Instrument Liquid Scintillation Spectrometer Ultra Low Level LSC Scintillation Counter

Product Overview

Description

Scientific Laboratory Instrument Liquid Scintillation Spectrometer Ultra Low Level LSC Scintillation Counter

It is primarily used for the measurement of extremely low levels of C-14 and H-3 in environmental samples, as well as the measurement of alpha and beta nuclides.

Absolute accuracy and precision are vital in various hydrogeological applications, such as mapping global clean water resources, detecting biogenic carbon content in materials, and measuring trace concentrations of alpha and beta isotopes in soil, food, and drinking water. These applications demand unwavering attention to detail and the utmost level of accuracy and precision.

Features about Liquid Scintillation Spectrometer Ultra Low Level LSC Scintillation Counter

1. TDCR (Triple to Double Coincidence Ratio) quenching correction technology.
2. Multichannel analysis technology, providing unique water-based α and β measurement analysis procedures.
3. Utilizes Cherenkov radiation technology for direct measurement of high-energy β nuclide activity.
4. Absolute measurement technology combined with efficiency tracing technology for dual-label separation.
5.Coexistence of relative measurement and absolute measurement, eliminating the need for standard source calibration.
6. Ergonomic touchscreen display with dual-screen operation for data processing, capable of automatic or manual calculation of peak area, count rate, and detection efficiency.
7. 70-nuclide database with rich preset experimental application schemes, expandable upon customer request.
8. Optional logarithmic spectrum and linear spectrum display functions.
9. Optional α and β separation technology.
10. Programmable unmanned measurement, allowing for multiple tasks to be set for each operation.

If  interested in  Liquid Scintillation Spectrometer Ultra Low Level LSC Scintillation Counter, please contact us for details, we can customized according to requirements.