Hydrolysis mechanism of double six–membered ring pentaborate anion
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DOI: 10.1016/j.cplett.2019.136930
Abstract: Abstract DFT-based calculations show that B5O6(OH)4- forms B5O5(OH)6− intermediate during the first step of hydrolysis. Then, the hydrolysis pathways are divided to principal and secondary reactions. In the principal reaction, hydrolysis occurs at the bridge… read more here.
Keywords: membered ring; six membered; occurs bridge; mechanism double ... See more keywords