MiniGITA -
Product & Services Instruments Product & Services Instruments Radio-TLC - MiniGITA* TLC is a scanning device, which moves a radioactivity detector along 1 trace from start to finish. The repeated, fast, continuous detection from start to finish and back compensates automatically for the radioactive decay of the compound over the scan length. We provide different detectors and collimators to achieve the best performance according to the customer needs and application. For ß-nuclides we use /en/cataloglight/minigita~6a58bf99-6d28-42d3-99c4-b3a01b9e1354
GITA* -
Products & Services Instruments Radio-TLC - GITA* is a scanning device, which moves the radioactivity detector along 1 trace from start to finish and goes to the next pre-programmed trace position and scans that trace with individual nuclide settings. For ɣ-nuclides, GITA* uses a scintillation probe with a BGO crystal. Due to its density, BGO has a quite high stopping power for radiation and a reasonable energy resolution. BGO is mechanically stable and non-hydroscopic. Relative small size and /en/cataloglight/gita~669c2dad-d600-4429-aa5f-8e73bc23ca7b
MARITA Star -
Products & Services Instruments Radio-TLC - MARITA Star – the single trace radioactivity thin-layer-chromatography detector – applies a linear analyser detector, which is sensitive over the entire chromatogram trace from start to finish, in other words an entire TLC lane is imaged. The entrance window can be open for H-3-applications or closed for C-14 or any other beta- or beta+ radiation emitting nuclides. Thanks to its Open Window proportional counter it is also very sensitive to Alpha's /en/cataloglight/marita-star~2024a086-ba82-4e40-9cec-383b612df646
RITA -
Products & Software Instruments Radio-TLC - RITA Star - the thin layer chromatography radioactivity detector - uses a linear analyzer detector, which is sensitive over the entire trace of the chromatogram from start to finish. The input window can be opened for H-3 and alpha applications or closed for C-14 or any other nuclide emitting beta- or beta + radiation. Many gamma-emitting nuclides also emit beta radiation. Pure gamma emitting nuclides can be detected as they produce Compton electrons /en/cataloglight/rita~2ec2c387-4eb6-4d26-afe5-13c8f5a557bb
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