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https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58497990
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58483714
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58511577
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58544070
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/cs/veda-a-vyzkum/vedecke-profily/Lucie-Obalova/?projectDetailId=57733396
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58429351
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58464246
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=57499969
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58532686
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=57733396
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58531818
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58546547
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58466394
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58553495
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=674364968
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58483374
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=57516374
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58432678
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=57514673
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry
https://ceet.vsb.cz/iet/en/science-and-research/scientific-profiles/Lucie-Obalova/?projectDetailId=58511950
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion. Industrial and engineering chemistry