Гм, а в чём разница, практическая, между колебаниями молекул и XRY спектрометром.
Может растолочь в порошок в ступке или растворить в какой гадости...
Тимур Тамерланович !
Вот при точечном микрозондировании как вы определяете процентный состав, со сплавами металлов понятно, там более менее равномерно распределено, но в силикате то же никилестое железо зачастую и фрагментарно присутствует, что там за процесс при кристаллизации, каково отличие в процентном соотношении ?
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Dear Serg,
Thanks for your interest in SCiO!
Generally speaking, metal does not allow light in. Everything is reflected off the surface, which means SCiO won't have any molecular fingerprint when scanning a piece of metal.
The current configuration of SCiO does not support metal detection or the identification of alloy makeup.
If in high enough concentrations metals may be detectable when found in other substances. This depends on the substance as well as the surface underneath it. Further research is required.
Two more things should be taken into consideration when working towards an application such as the one you have suggested. First, as SCiO can only detect components in concentrations which are above 0.1%, some micro-nutrients will not be detectable. In addition, it should be noted that building the database for such an application requires access to samples and their chemical characteristics.
The corresponding molecular sensing models and applications will have to be developed. This may be developed in the future either by us or by the SCiO developer community using our SCiO Development Toolkit (DevKit), which allows users to create models and apps.
More info about the DevKit can be found here and here. It can be purchased here.
Please feel free to contact us with any further questions.
Best Regards,
The ConsumerPhysics Team
ConsumerPhysics
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SCiO for definition of a chemical composition of meteorites
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