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APLI Systems
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Atmospheric Pressure Laser Ionization
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APLI source coupled to a micrOTOF II™
Courtesy of Bruker Daltonics™
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APLI (Atmospheric Pressure Laser Ionization) is a breaking ionization method with unrivalled sensitivity and selectivity for demanding applications such as the determination of PAH at low concentrations, polymer research, etc..
The ionization is performed via a two-step absorption process which is more selective than the conventional one-step ionization process exhibited through APPI (Atmospheric Pressure Photo Ionizaition). A further benefit is that APLI can be used for non-polar compounds whereas APPI and APCI (Atmospheric Pressure Chemical Ionization) are both restricted to the analysis of polar molecules. Using APLI for PAH determination, a S/N >100:1 can be achieved at a concentration of 1ppb.
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High Resolution MC-ICP-MS Systems
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Fast Excimer Laser Ablation System
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Extreme short ATLEX laser pulses (<4ns) are used by various analytical tools e.g. excimer laser high-fluence ablation systems in connection to LA-ICP/ICP-MS - spectroscopy
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UP193-FX™ Excimer laser ablation system.
Courtesy of New Wave™ Research
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Courtesy of New Wave™ Research
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Laser energy profile of a 193 nm excimer beam after homogenization with New Wave™ Research’s novel beam homogenization optics.
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SEM of 100μm crater in pure silicon.
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Courtesy of New Wave™ Research
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Ultra-Short Pulse Excimer Laser Ablation System
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Analyte.193 Excimer laser ablation system.
Courtesy of Photon Machines
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The Analyte.193 includes the sub-4ns pulse, 300Hz excimer laser from ATL-Lasertechnik.
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