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Liquid Scintillation Counter LSCL-A10 is a portable instrument controlled by SCM 8031, offers online data processing with sample capacity of 25 tubes and automatic change. Equipped with two position machine control; upper and lower position machine, can independently control the instrument sample change and measurement. With three working modes; count, DPM measurement, Quenched sample measurement, this device offers two curve fitting methods with curve fitting of the 3/2 degree equation; four parameter equation and abnormal point elimination function. This device can be used in the area to measure the intensity of low range β in the samples in 3H and 14C. Device is without computer setup, user have to use own computer setup.
Type | Portable |
Capacity | 25 tubes |
Temperature range | 5 to 30°C(rated) |
Ambient temperature | 20±5°C |
Relative humidity | |
Ambient relative humidity | |
Detecting efficiency for 3H | >40% (standard sample) |
Background counter rate 3H | |
Detecting efficiency for 14C | >90% (standard sample) |
Background counter rate 14C | |
Sample change | Automatic |
Controller | SCM 8031 |
Working mode | 3 working modes; count, DPM measurement, Quenched sample measurement with quench correction curve |
Machine control | Upper and lower position machine control |
Measurement control | Automatic |
Curve fitting methods | Curve fitting of the 3/2 degree equation; four parameter equation and abnormal point elimination function |
Data processing | Online |
Power supply | AC 200 V±5% 50 Hz; AC 200 V±10% 50 Hz |
Liquid scintillation counter is ideally used in the radioactive contamination, radiation survey meters, radiometric assay, nuclear plant safety, and medical imaging, screening technologies, In vivo and ELISA alternative technologies, cancer research, epigenetics, and cellular research, protein interaction and detection, academic research, pharmaceutical, for the virus HP detection across hospital, sanitation, biochemistry, agriculture, hydrology and geology for the study and application of the Isotope.