Research demonstrates spectral signatures for key structural units in boron oxide materials, implying insights into their formation mechanisms.
groups, which are key structural units in the two-dimensional network of the vitreous state. Chemical bonding analyses revealed structural stability arising from the synergy among the terminal B≡O groups and B-O σ bonds. This work provides spectral signatures for the key structural units of the bulk and paves the way for systematic studies on the stepwise formation and growth mechanisms of boron oxide materials.
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Li et al. (2026) studied this question.
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