In article number 2002499, Jungang Hou and co‐workers report a sulfur‐incorporated porous Cd architecture with superior activity for selective CO generation. The linear scaling relations are naturally eliminated, enabling the convenient modulation of selectivity for CO₂ reduction toward CO rather than HCOOH. The covalently hybridized sp band system with dual collaborative sites is vividly visualized by the inseparable king bird in this picture.

中文翻译：

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减少二氧化碳排放量：超越d轨道：通过具有双协作位点的硫掺入多孔Cd架构的杂化sp带控制电化学二氧化碳减排的选择性（Adv。Energy Mater。45/2020）

Hougang Hou及其同事在编号为2002499的文章中报告了一种硫结合的多孔Cd结构，具有优异的选择性生成CO的活性。自然地消除了线性比例关系，从而可以方便地调节针对CO而不是HCOOH的CO ₂还原选择性的调节。在这张照片中，密不可分的国王鸟生动地显示了具有双协作位点的共价杂交sp带系统。