Moisture-related changes in the nanostructure of woods studied with X-ray and neutron scattering

Overview of attention for article published in Cellulose, October 2019

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Above-average Attention Score compared to outputs of the same age (61st percentile)
High Attention Score compared to outputs of the same age and source (88th percentile)

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So far, Altmetric has seen 7 X posts from 6 X users, with an upper bound of 22,156 followers.

References: Result 1/3: https://t.co/P0ZfCbs6Ri, https://t.co/EQIbo351ax, https://t.co/NMXSfJN3Qh + 1 more to come Result 2/3: https://t.co/4szCjcQt8K Result 3/3: https://t.co/lN58My2KPB, https://t.co/EQIbo351ax

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RT @PaavoPenttila: The first official paper from my @SuomenAkatemia project #WooD2O: Moisture-related changes in #wood nanostructure studie…

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RT @PaavoPenttila: The first official paper from my @SuomenAkatemia project #WooD2O: Moisture-related changes in #wood nanostructure studie…

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RT @PaavoPenttila: The first official paper from my @SuomenAkatemia project #WooD2O: Moisture-related changes in #wood nanostructure studie…

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RT @PaavoPenttila: The first official paper from my @SuomenAkatemia project #WooD2O: Moisture-related changes in #wood nanostructure studie…

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RT @PaavoPenttila: The first official paper from my @SuomenAkatemia project #WooD2O: Moisture-related changes in #wood nanostructure studie…

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The first official paper from my @SuomenAkatemia project #WooD2O: Moisture-related changes in #wood nanostructure studied with #SAXS/#WAXS @esrfsynchrotron and #SANS @ILLGrenoble. Quite a lot of data and work, but it's there now! https://t.co/P0ZfCbs6Ri @A

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