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图 1 动态吸附实验流程图
Figure 1. Flow chart of dynamic adsorption experiment
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图 2 在100 ℃下，双金属NiMg-MOF-74共吸附SO2、NO和CO效率
Figure 2. Co-adsorption efficiency of SO2, NO and CO by bimetallic NiMg-MOF-74 at 100 ℃
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图 3 氨水浓度对吸附剂性能的影响
Figure 3. Co-adsorption efficiency of SO2, NO and CO by adsorbents modified with different ammonia concentrations
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图 4 吸附剂XRD谱图
Figure 4. XRD spectra of adsorbents
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图 5 吸附剂FTIR谱图
Figure 5. FTIR spectra of adsorbents
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图 6 吸附剂的N2吸附-解吸等温线和孔径分布
Figure 6. N2 adsorption-desorption isotherms and pore size distribution of adsorbent
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图 7 双金属Ni0.83Mg0.17-MOF-74的SEM谱图
Figure 7. SEM Spectrum of Bimetal Ni0.83Mg0.17-MOF-74
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图 8 吸附剂SO2-TPD图谱
Figure 8. SO2-TPD spectra of adsorbents
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图 9 吸附剂NO-TPD图谱
Figure 9. NO-TPD spectra of adsorbents
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图 10 30~250 ℃范围内吸附剂吸附NO和CO的原位红外谱图
Figure 10. In situ infrared spectra of No and Co adsorbed by adsorbents in the range of 30-250 ℃
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图 11 30~250 ℃范围内吸附剂吸附SO2和CO、NO、SO2共吸附的原位红外谱图
Figure 11. In situ infrared spectra of SO2 adsorbed by adsorbents and CO, NO, SO2 co-adsorption in the range of 30~250 ℃
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图 12 吸附剂在100 ℃、1% O2条件下对SO2、NO和CO共吸附效果
Figure 12. Co-adsorption effect of adsorbent for SO2, NO and CO at 100 ℃ and 1% O2
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图 13 有氧条件下对SO2、NO和CO共吸附的吸附量
Figure 13. Adsorption capacity of co-adsorption of SO2, NO and CO under O2
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图 14 吸附剂在100 ℃、5%H2O条件下对SO2、NO和CO共吸附效率
Figure 14. Co-adsorption efficiency of adsorbent for SO2, NO and CO at 100 ℃ and 5% H2O
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图 15 水蒸气条件下对SO2、NO和CO共吸附的吸附量
Figure 15. Adsorption capacity of co-adsorption of SO2, NO and CO under H2O
Figure
15 ,Table
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