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The lasting reach of William Lipscomb’s borane research

Chemistry World traces his work on three-centre, two-electron bonds to research in materials science and medicine.

Chemistry WorldCW
1 Source, 54m ago, first seen 54m ago

TLDR

Chemistry World reports that Lipscomb and his colleagues used low-temperature X-ray crystallography in the 1950s to study boranes. Their work showed how two electrons could be shared among three atoms, helping explain the compounds’ unusual shapes and dipole moments. The article follows the influence of that work through research on borophene, porous frameworks for gas separation and boron-containing compounds being studied to counter antibiotic resistance.

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455

1 Source, first seen 54m ago

2 likes1 reposts

Combined views

455

1 Source, first seen 54m ago

2 likes1 reposts

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Chemistry World@ChemistryWorldIn the 1950s, Lipscomb & colleagues unpicked the structures of several boranes using low-temperature x-ray crystallography, determining they shared two electrons across three atoms. This accounted for boranes’ unusual geometry & unexpected dipole moment. https://www.chemistryworld.com/news/fifty-years-after-he-won-the-nobel-lipscombs-insights-into-boranes-continue-to-pay-dividends/4024035.article?utm_campaign=organic_social&utm_medium=social&utm_source=twitter54m
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    1 Source

    Chemistry World@ChemistryWorldIn the 1950s, Lipscomb & colleagues unpicked the structures of several boranes using low-temperature x-ray crystallography, determining they shared two electrons across three atoms. This accounted for boranes’ unusual geometry & unexpected dipole moment. https://www.chemistryworld.com/news/fifty-years-after-he-won-the-nobel-lipscombs-insights-into-boranes-continue-to-pay-dividends/4024035.article?utm_campaign=organic_social&utm_medium=social&utm_source=twitter54m
    Today's Rank

    #11

    Today's Rank

    #11