DID Helium
Analysis of H2, Ne, O2+Ar, N2, Kr, CH4, CO, CO2 and Xe in Helium, Argon, Hydrogen, Nitrogen, Oxygen, Carbon Dioxide, Krypton and Xenon with the DID technology.
The DID Gas Chromatograph has been designed to make use of the variations in electrical conductibility found in highly ionised gas. The ionisation is created by a single high frequency discharge within the detector (HF Plasma), causing a high energy photon emission (24.5 eV). This emission is capable of ionising all the gases within the cell with the exception of the Helium.
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T.G. 1398
