文献检索/Journal of Hazardous MaterialsEM-T2Journal of Hazardous Materials2026-01-01第 502 卷，141032-141032高影响力 · 前 10%Efficient low-temperature NO reduction via constructing Cu+ −O−Co3+ sites to enhance lattice oxygen release and CO adsorptionH. WangXi'an University of Architecture and TechnologyYe ZhuXi'an Jiaotong UniversityWei WangInstitute of Earth EnvironmentXiaoqing DangXi'an University of Architecture and TechnologyYufei ZhangXi'an University of Architecture and TechnologyDandan ZhuChinese Academy of SciencesRong LiChinese Academy of SciencesDongjie YanXi'an University of Architecture and TechnologyQian MaXi'an University of Architecture and TechnologyJiaxin QuXi'an University of Architecture and TechnologyJiaquan ZhangHubei Polytechnic UniversityYongsheng HuangChinese Academy of Sciences去出版社页面 引用论文图谱收藏 被引提醒分享打印登录后看摘要和中文要点英文摘要、AI 生成的中文摘要和三条要点、参考文献和引证文献列表、论文图谱，注册免费。登录 / 注册关键词NO reduction by COselective catalytic reductionlattice oxygen releaseCO adsorptionN2 selectivitylow-temperature NOx reductionlocal atomic structurenitrite intermediateoxygen vacancies参考文献58引证文献1相似文献引文网络关联作者相关机构登录后可以看完整列表。去登录论文图谱本篇和它的参考文献、引证文献、相似文献登录后可以看这篇的论文图谱：谁被它引用、谁引用了它、还有哪些相似的研究。登录 / 注册
