What benefits can this form of CHS bring to alternative energy markets?
CHS is a liquid up to 175F, which means it can enable room temperature liquid silicon precursor processing; thereby reducing processing costs. In some applications, it can enable unique material properties not achievable with other silicon precursors; which means CHS can deliver unique performance characteristics in the customers application. It starts with this: CHS is a ring of six Si atoms, all six Si atoms have two Si bonds, and the other two bonds to each Si atom are hydrogens. The silicon-hydrogen bonds in this molecular structure are weaker compared to conventional Si precursors due to the molecule’s geometry, which means it is easy to remove the hydrogen and all that is left is PURE Si. Moreover, the unique CHS structure enables preferential formation of Si structures compared to traditional materials such as silane, SiH4. A liquid Si precursor at room temperature, with an easier transformation to pure silicon are some of key advantages of CHS with the added bonus of a lower transition temperature to amorphous Si (a-Si) and crystalline Si (c-Si).
This means CHS-derived Si nanoparticles have many advantages over other Si nanoparticles, AND CHS is more easily functionalized (combined with other atoms, like boron) leading to unique chemical compounds that can deliver tailored Si-materials. Better Si nanoparticles and better Si quantum dots (QDots) make better Si anode batteries, better solar cells, better LEDs, better QDots for drug delivery, and many other uses.
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