Fusion fuel analysis, vacuum diagnostics and leak detection
Fusion research is perceived as one of the leading long-term solutions to the world’s increasing energy demands. This is the process of compressing hydrogen (H2) to form helium (He). The nuclei of multiple hydrogen atoms are fused into a single helium atom, and the resultant mass loss is expelled as energy. Fusion is the mechanical process that powers stars, and it has long been revered as the theoretical golden standard for a non-carbon, renewable energy source.
Problems with fusion power generation have included the enormous energy deficit that fusion research experiments tend to exhibit, but measurement improvements for decades-old technology are supporting a global push towards achievable fusion power.
The DLS systems include a threshold ionization mass spectrometry (TIMS) mode that separate Deuterium (D2) and helium-4 (4He). TIMS accounts for the energy released by electrons at the ionization source and creates a unique fingerprint for elemental species, allowing the equipment to recognize elements of similar atomic masses – including deuterium and helium-4. The DLS-1 is a real-time quantitative RGA with a mass range of 1-100 amu and a 0.5 eV electron energy resolution over the range of 150 eV.
The DLS-20 system includes a 20 mm pole diameter quadrupole analyzer that operates in both the zone 1 and the zone H stability regions, that provide both ultra-high mass resolution using zone H, with peak width as small as 0.003 amu to 20 amu, and using ultra-high sensitivity analysis using zone 1, over the mass range to 200 amu.
The HAL101X RGA is designed for critical monitoring, diagnostics, and analysis in tokamak operations, and includes new transformer coupled RF technology. The transformer coupled technology enables the analyzer to be separated from the RGA electronics, the RF and interface units by extended distances of up to 80m enabling RGA operation in both the standard RGA and TIMS modes in the harsh radiation environment of the tokamak.
Hiden Analytical are leading suppliers of quadrupole mass spectrometry equipment, with over 35 years’ experience in designing and manufacturing mass analysis instrumentation for an enormous range of applications.
Few of the sectors that we have provided for exhibit as much potential to change the world as fusion research, which researchers believe will begin supplementing global power grids in coming decades. Our quadrupole systems for fusion research are on the leading edge of energy analysis, with innovative benefits over conventional equipment.