Evolution and innovations in ICP-MS Spectroscopy
Inductively Coupled    Plasma- Mass Spectroscopy (ICP-MS) is the optimum choice when you have to carry out ultra-trace level determinations of metals and other elements. The…
Category: ICP Techniques
Scope of ICP-MS applications
ICP-MS is acclaimed widely as the most sensitive and accurate technique for analysis of traces metals. It has an established application base in studies on…
Differences between flame and plasma excitation sources in trace metal analysis systems
An excitation source is an essential requirement for trace metal determinations. The two well established techniques are Flame Atomic Absorption Spectroscopy (AAS) and Inductively Coupled…
Innovative options that expand capabilities of your ICP – MS
ICP – MS provides trace element concentrations in ppb and sub- ppb level concentrations. The analysis normally requires dissolution of solid sample in solution prior…
Daily Visual checks to prolong useful life of your ICP-MS system
ICP-MS is a well established technique capable of giving highly reliable results day after day for years together. It only requires good care and sound…
ICP-MS Interferences and their Removal
ICP-MS is a versatile and established technique for trace metal analysis for elements ranging from Li (Atomic mass 7) to Uranium (Atomic mass 250) in…