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Radioisotopes

Tri-Carb 2900TR

Location:   Laboratory of Radioisotopes (Dr. Tomáš Elbert)
Responsible person:   Dr. Tomáš Elbert (phone 220 183 456)

Tri-Carb 2900TR


Liquid scintillation analyzer Tri-Carb 2900TR (Perkin Elmer) is a computer-controlled benchtop liquid scintillation analyzer for detecting small amounts of α, β and γ radioactivity.


Gamma Counter Wizard 1470

Location:   Laboratory of Radioisotopes (Dr. Tomáš Elbert)
Responsible person:   Dr. Tomáš Elbert (phone 220 183 456)

Gamma Counter Wizard 1470


The Gamma Counter Wizard 1470 (Perkin Elmer) is designed for superior counting performance with all types of samples and for every gamma counting application. Unique well-type detector and sample changer system, advanced robotics, and highly effective lead shielding result in high counting efficiency, constant background and minimal crosstalk.


Tritiation Manifold System

Location:   Laboratory of Radioisotopes (Dr. Tomáš Elbert)
Responsible person:   Dr. Tomáš Elbert (phone 220 183 456)

tritiation


Tritiation Manifold System (RC Tritec) is based on U-Bed Technology to provide fresh, He-3-free Tritium for tritiation by simply heating the UT3-bed, also allowing the recovery of surplus gas after completion of a reaction.


Radio-TLC scanner

Location:   Laboratory of Radioisotopes (Dr. Tomáš Elbert)
Responsible person:   Dr. Tomáš Elbert (phone 220 183 456)

LRadio-TLC scanner


Radio-TLC scanner RITA from RAYTEST (Germany) with the software GINA STAR TLC enables automatic quantitative measurement of radioactivity distribution on up to two 20×20 cm TLC plates. Using 20 mm entrance aperture of the detector enables to measure 9 single traces on one 20×20 cm plate. With 3 mm entrance aperture the 2D distribution of radioactivity on TLC plates developed in two directions perpendicular to each other can be measured and evaluated. The position sensitive proportional detector continually flushed by the counting gas (mixture of 90% of argon and 10% of methane) measures the whole trace at once and this gives way to high sensitivity in reasonably short counting times.