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Discussions showcase a mix of admiration for the experimental results and interest in the practical applications of controlling stereoselectivity via surface bromine, exemplified by comments on how this work paves the way for tailored nanoarchitectures and reactions. The tone emphasizes both scientific curiosity and the significance of the findings, highlighting the relevance of the publication in advancing surface chemistry research.
Many posts acknowledge the importance of the study, with some expressing support for its conclusions and significance.
Discussions show a moderate level of curiosity, with users highlighting the potential applications and methodology.
Several comments delve into the details of surface chemistry and the experimental approach, indicating thoughtful participation.
The posts reflect a recognition that the research could influence future studies in surface reactions and nanoarchitecture design.
Check our first surface reaction paper. It’s important to study how the local chemical environment influence the structures：Direct Observation of the Geometric Isomer Selectivity of a Reaction Controlled via Adsorbed Bromine - now published in Nanoscale https://t.co/UGnKUfu3YK https://t.co/wZkHLfcv44
Tip-Enhanced Raman Spectroscopy (TERS) significantly improves spatial resolution in surface chemistry analysis by using a plasmonic probe to confine and enhance light at the nanoscale. Recent developments expand its…
Tip-Enhanced Raman Spectroscopy (TERS) improves spatial resolution in surface chemistry by using plasmonic probes to confine and enhance light at the nanoscale. Recent advances enable applications in liquids…
Check our first surface reaction paper. It’s important to study how the local chemical environment influence the structures：Direct Observation of the Geometric Isomer Selectivity of a Reaction Controlled via Adsorbed Bromine - now published in Nanoscale https://t.co/UGnKUfu3YK https://t.co/wZkHLfcv44
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