高等学校化学学报 ›› 2022, Vol. 43 ›› Issue (8): 20220196.doi: 10.7503/cjcu20220196
收稿日期:
2022-03-30
出版日期:
2022-08-10
发布日期:
2022-05-09
通讯作者:
夏文生
E-mail:wsxia@xmu.edu.cn
基金资助:
HE Hongrui, XIA Wensheng(), ZHANG Qinghong, WAN Huilin
Received:
2022-03-30
Online:
2022-08-10
Published:
2022-05-09
Contact:
XIA Wensheng
E-mail:wsxia@xmu.edu.cn
Supported by:
摘要:
二氧化碳(CO2)和化石能源气体燃料甲烷(CH4)均是化学稳定、 温室效应较大的分子, 因而对其活化、 转化和利用的研究具有显著的理论和实际意义. 本文采用密度泛函理论方法, 计算研究了羟基氧化铟团簇与CO2, CH4和(CO2+CH4)的作用. 结果表明, 氧化铟团簇通过其活性位点—In—O(桥氧)—对CO2和CH4分子进行[2+2]加成活化, 而羟基的引入调变了氧化铟团簇活性位点上的局部电荷, 显著降低了其与CO2和CH4分子作用的活化自由能垒, 使得CO2和CH4分子的活化变得容易进行. 活性位点—In—O(桥氧)—中的In, O上的局部电荷差值(qIn-qO)越大, 其对CO2和CH4分子作用的活化自由能垒越低. 羟基氧化铟与CO2和CH4分子作用时, 电子由羟基氧化铟流向CO2和CH4分子(亲核活化); 而羟基引入前的氧化铟与CO2和CH4分子作用时, 电子则由CO2和CH4分子流向氧化铟(亲电活化).
中图分类号:
TrendMD:
何鸿锐, 夏文生, 张庆红, 万惠霖. 羟基氧化铟团簇与二氧化碳和甲烷作用的密度泛函理论研究. 高等学校化学学报, 2022, 43(8): 20220196.
HE Hongrui, XIA Wensheng, ZHANG Qinghong, WAN Huilin. Density-functional Theoretical Study on the Interaction of Indium Oxyhydroxide Clusters with Carbon Dioxide and Methane. Chem. J. Chinese Universities, 2022, 43(8): 20220196.
Fig.1 Structures(singlet S, triplet T)/point group/Gibbs free energy(kJ/mol, 298 K) of (hydroxyl)indium oxide clusters optimized at the level of UB3LYP/SDD+Def2TZVPO(t), O(b1), O(b2), O(b3) and O(3c) stand for terminal, homonuclear single?bridged, homonuclear double?bridged, homonuclear triple?bridged and three?coordinated oxygen, respectively. Bond lengths(order) are in nm.
Fig.2 Optimized structures of the transition states for the interaction of singlet/triplet(S/T) clusters with CO2 at the level of UB3LYP/SDD+Def2TZVPBond lengths are in nm.
Cluster | Interaction with CO2 | Interaction with CH4 | ||||
---|---|---|---|---|---|---|
Active site* | ΔGa/(kJ·mol-1) | ΔGr/(kJ·mol-1) | Active site* | ΔGa/(kJ·mol-1) | ΔGr/(kJ·mol-1) | |
In2O3(S) | In—O(b3) | 87.11 | -262.63 | In—O(b3) | 150.08 | 96.48 |
In2O3(T) | In—O(b3) | 97.07 | -115.77 | In—O(b3) | 163.39 | -274.05 |
In4O6(S) | In—O(b1) | 110.92 | -64.64 | In—O(b1) | 148.74 | -129.54 |
In4O6(T) | In—O(b1) | 134.43 | -105.98 | In—O(b1) | 167.78 | -97.40 |
InO(OH)(S) | In—O(t)I | 8.87 | -98.62 | In—O(t) | 104.01 | -197.57 |
In—O(t)II | 56.82 | 42.97 | ||||
InO(OH)(T) | In—O(t)I | 39.58 | -54.18 | In—O(t) | 108.87 | 15.77 |
In—O(t)II | 44.23 | 1.13 | ||||
In2O2(OH)2(S) | In—O(b2) I | 16.99 | -31.63 | In—O(b2) | 113.09 | -3.72 |
In—O(t) II | 36.90 | -17.20 | ||||
In2O2(OH)2(T) | In—O(b2) I | 41.51 | 6.36 | In—O(b2) | 122.80 | -74.52 |
In—O(t) II | 52.84 | 44.52 | ||||
In3O4(OH)(S) | In—O(3c) I | 19.12 | -56.65 | In—O(b2)I | 51.25 | -241.21 |
In—O(b2)II | 61.34 | 24.64 | In—O(3c)II | 68.74 | -94.31 | |
In—O(b2)III | 5.86 | -66.32 | In—O(b2)III | 52.93 | -54.31 | |
In—O(b2)IV | 9.67 | -57.32 | ||||
In—O(t)V | 71.67 | -3.68 | ||||
In3O4(OH)(T) | In—O(3c)I | 60.29 | 5.02 | In—O(b2)I | 87.19 | -146.02 |
In—O(b2)II | 50.21 | -34.60 | In—O(3c)II | 118.91 | -95.94 | |
In—O(b2)III | 12.05 | -32.01 | In—O(b2)III | 134.98 | -43.97 | |
In—O(b2)IV | 10.88 | -62.76 | ||||
In—O(t)V | 75.77 | 17.28 | ||||
In4O5(OH)2(S) | In—O(b1)I | 18.24 | -55.02 | In—O(b1)I | 79.58 | -59.83 |
In—O(b1)II | 13.89 | -63.68 | In—O(b1)II | 38.74 | -194.68 | |
In—O(t)III | 33.01 | 76.23 | In—O(b1)III | 38.79 | -91.55 | |
In4O5(OH)2(T) | In—O(b1)I | 16.36 | -63.68 | In—O(b1)I | 92.55 | -74.81 |
In—O(b1)II | 34.98 | -52.55 | In—O(b1)II | 123.72 | -84.14 | |
In—O(t)III | 98.41 | 23.81 |
Table 1 Predicted activation free energy barrier(ΔGa) and reaction free energy(ΔGr) for the interaction of singlet/triplet(S/T) clusters with CO2 and CH4 at the level of UB3LYP/SDD+Def2TZVP and 298 K
Cluster | Interaction with CO2 | Interaction with CH4 | ||||
---|---|---|---|---|---|---|
Active site* | ΔGa/(kJ·mol-1) | ΔGr/(kJ·mol-1) | Active site* | ΔGa/(kJ·mol-1) | ΔGr/(kJ·mol-1) | |
In2O3(S) | In—O(b3) | 87.11 | -262.63 | In—O(b3) | 150.08 | 96.48 |
In2O3(T) | In—O(b3) | 97.07 | -115.77 | In—O(b3) | 163.39 | -274.05 |
In4O6(S) | In—O(b1) | 110.92 | -64.64 | In—O(b1) | 148.74 | -129.54 |
In4O6(T) | In—O(b1) | 134.43 | -105.98 | In—O(b1) | 167.78 | -97.40 |
InO(OH)(S) | In—O(t)I | 8.87 | -98.62 | In—O(t) | 104.01 | -197.57 |
In—O(t)II | 56.82 | 42.97 | ||||
InO(OH)(T) | In—O(t)I | 39.58 | -54.18 | In—O(t) | 108.87 | 15.77 |
In—O(t)II | 44.23 | 1.13 | ||||
In2O2(OH)2(S) | In—O(b2) I | 16.99 | -31.63 | In—O(b2) | 113.09 | -3.72 |
In—O(t) II | 36.90 | -17.20 | ||||
In2O2(OH)2(T) | In—O(b2) I | 41.51 | 6.36 | In—O(b2) | 122.80 | -74.52 |
In—O(t) II | 52.84 | 44.52 | ||||
In3O4(OH)(S) | In—O(3c) I | 19.12 | -56.65 | In—O(b2)I | 51.25 | -241.21 |
In—O(b2)II | 61.34 | 24.64 | In—O(3c)II | 68.74 | -94.31 | |
In—O(b2)III | 5.86 | -66.32 | In—O(b2)III | 52.93 | -54.31 | |
In—O(b2)IV | 9.67 | -57.32 | ||||
In—O(t)V | 71.67 | -3.68 | ||||
In3O4(OH)(T) | In—O(3c)I | 60.29 | 5.02 | In—O(b2)I | 87.19 | -146.02 |
In—O(b2)II | 50.21 | -34.60 | In—O(3c)II | 118.91 | -95.94 | |
In—O(b2)III | 12.05 | -32.01 | In—O(b2)III | 134.98 | -43.97 | |
In—O(b2)IV | 10.88 | -62.76 | ||||
In—O(t)V | 75.77 | 17.28 | ||||
In4O5(OH)2(S) | In—O(b1)I | 18.24 | -55.02 | In—O(b1)I | 79.58 | -59.83 |
In—O(b1)II | 13.89 | -63.68 | In—O(b1)II | 38.74 | -194.68 | |
In—O(t)III | 33.01 | 76.23 | In—O(b1)III | 38.79 | -91.55 | |
In4O5(OH)2(T) | In—O(b1)I | 16.36 | -63.68 | In—O(b1)I | 92.55 | -74.81 |
In—O(b1)II | 34.98 | -52.55 | In—O(b1)II | 123.72 | -84.14 | |
In—O(t)III | 98.41 | 23.81 |
Fig.3 Optimized structures of the transition states for the interaction of singlet/triplet(S/T) clusters with CH4 at the level of UB3LYP/SDD+Def2TZVPBond lengths are in nm.
Cluster | Active site* | q/e | Interaction with CO2 | |||||
---|---|---|---|---|---|---|---|---|
Cluster in TS | CO2 in TS | In in free cluster, qIn | O in free cluster, qO | qIn-qO | vTS/cm-1 | ΔGa/(kJ·mol-1) | ||
In2O3(S) | In—O(b3) | -0.184 | 0.184 | 1.878 | -1.131 | 3.009 | 187i | 87.11 |
In2O3(T) | In—O(b3) | -0.143 | 0.143 | 1.869 | -1.009 | 2.878 | 196i | 97.07 |
In4O6(S) | In—O(b1) | -0.103 | 0.103 | 1.956 | -1.416 | 3.372 | 195i | 110.92 |
In4O6(T) | In—O(b1) | -0.105 | 0.105 | 1.972 | -1.214 | 3.186 | 130i | 134.43 |
InO(OH)(S) | In—O(t)I | 0.193 | -0.193 | 1.889 | -1.204 | 3.903 | 170i | 8.87 |
In—O(t)II | 0.181 | -0.181 | 1.870 | -1.054 | 2.924 | 281i | 56.82 | |
InO(OH)(T) | In—O(t)I | 0.172 | -0.172 | 1.883 | -0.663 | 2.546 | 417i | 39.58 |
In—O(t)II | 0.125 | -0.125 | 1.380 | -1.087 | 2.466 | 275i | 44.23 | |
In2O2(OH)2(S) | In—O(b2)I | 0.124 | -0.124 | 2.077 | -1.366 | 3.443 | 199i | 16.99 |
In—O(t)II | 0.154 | -0.154 | 2.075 | -1.158 | 3.233 | 235i | 36.90 | |
In2O2(OH)2(T) | In—O(b2)I | 0.062 | -0.062 | 2.098 | -1.084 | 3.182 | 237i | 41.51 |
In—O(t)II | 0.165 | -0.165 | 2.093 | -1.060 | 3.153 | 251i | 52.84 | |
In3O4(OH)(S) | In—O(3c)I | 0.133 | -0.133 | 2.019 | -1.319 | 3.338 | 145i | 19.12 |
In—O(b2)II | 0.124 | -0.124 | 2.021 | -1.221 | 3.241 | 157i | 61.34 | |
In—O(b2)III | 0.137 | -0.137 | 2.014 | -1.361 | 3.375 | 129i | 5.86 | |
In—O(b2)IV | 0.134 | -0.134 | 2.016 | -1.334 | 3.350 | 135i | 9.67 | |
In—O(t)V | 0.432 | -0.432 | 2.111 | -1.077 | 3.188 | 158i | 71.67 | |
In3O4(OH)(T) | In—O(3c)I | 0.226 | -0.226 | 1.480 | -1.341 | 2.820 | 209i | 60.29 |
In—O(b2)II | 0.245 | -0.245 | 2.030 | -1.046 | 3.076 | 265i | 50.21 | |
In—O(b2)III | 0.213 | -0.213 | 2.029 | -1.273 | 3.202 | 147i | 12.05 | |
In—O(b2)IV | 0.101 | -0.101 | 2.026 | -1.279 | 3.205 | 146i | 10.88 | |
In—O(t)V | 0.254 | -0.254 | 1.486 | -1.377 | 2.863 | 237i | 75.77 | |
In4O5(OH)2(S) | In—O(b1)I | 0.436 | -0.436 | 2.082 | -1.301 | 3.382 | 181i | 18.24 |
In—O(b1)II | 0.171 | -0.171 | 2.014 | -1.407 | 3.421 | 184i | 13.89 | |
In—O(t)III | 0.376 | -0.376 | 2.001 | -1.407 | 3.207 | 186i | 33.01 | |
In4O5(OH)2(T) | In—O(b1)I | 0.144 | -0.144 | 2.014 | -1.327 | 3.340 | 152i | 16.36 |
In—O(b1)II | 0.347 | -0.347 | 2.014 | -1.201 | 3.215 | 197i | 34.98 | |
In—O(t)III | 0.333 | -0.333 | 2.131 | -1.001 | 3.131 | 189i | 98.41 |
Table 2 Natural bond orbital(NBO) charge population(q) and transition state(TS) frequency(vTS) for the interaction of CO2 with singlet/triplet(S/T) indium oxyhydroxide clusters and the activation free energy barrier(ΔGa, 298 K) at the level of UB3LYP/SDD+Def2TZVP
Cluster | Active site* | q/e | Interaction with CO2 | |||||
---|---|---|---|---|---|---|---|---|
Cluster in TS | CO2 in TS | In in free cluster, qIn | O in free cluster, qO | qIn-qO | vTS/cm-1 | ΔGa/(kJ·mol-1) | ||
In2O3(S) | In—O(b3) | -0.184 | 0.184 | 1.878 | -1.131 | 3.009 | 187i | 87.11 |
In2O3(T) | In—O(b3) | -0.143 | 0.143 | 1.869 | -1.009 | 2.878 | 196i | 97.07 |
In4O6(S) | In—O(b1) | -0.103 | 0.103 | 1.956 | -1.416 | 3.372 | 195i | 110.92 |
In4O6(T) | In—O(b1) | -0.105 | 0.105 | 1.972 | -1.214 | 3.186 | 130i | 134.43 |
InO(OH)(S) | In—O(t)I | 0.193 | -0.193 | 1.889 | -1.204 | 3.903 | 170i | 8.87 |
In—O(t)II | 0.181 | -0.181 | 1.870 | -1.054 | 2.924 | 281i | 56.82 | |
InO(OH)(T) | In—O(t)I | 0.172 | -0.172 | 1.883 | -0.663 | 2.546 | 417i | 39.58 |
In—O(t)II | 0.125 | -0.125 | 1.380 | -1.087 | 2.466 | 275i | 44.23 | |
In2O2(OH)2(S) | In—O(b2)I | 0.124 | -0.124 | 2.077 | -1.366 | 3.443 | 199i | 16.99 |
In—O(t)II | 0.154 | -0.154 | 2.075 | -1.158 | 3.233 | 235i | 36.90 | |
In2O2(OH)2(T) | In—O(b2)I | 0.062 | -0.062 | 2.098 | -1.084 | 3.182 | 237i | 41.51 |
In—O(t)II | 0.165 | -0.165 | 2.093 | -1.060 | 3.153 | 251i | 52.84 | |
In3O4(OH)(S) | In—O(3c)I | 0.133 | -0.133 | 2.019 | -1.319 | 3.338 | 145i | 19.12 |
In—O(b2)II | 0.124 | -0.124 | 2.021 | -1.221 | 3.241 | 157i | 61.34 | |
In—O(b2)III | 0.137 | -0.137 | 2.014 | -1.361 | 3.375 | 129i | 5.86 | |
In—O(b2)IV | 0.134 | -0.134 | 2.016 | -1.334 | 3.350 | 135i | 9.67 | |
In—O(t)V | 0.432 | -0.432 | 2.111 | -1.077 | 3.188 | 158i | 71.67 | |
In3O4(OH)(T) | In—O(3c)I | 0.226 | -0.226 | 1.480 | -1.341 | 2.820 | 209i | 60.29 |
In—O(b2)II | 0.245 | -0.245 | 2.030 | -1.046 | 3.076 | 265i | 50.21 | |
In—O(b2)III | 0.213 | -0.213 | 2.029 | -1.273 | 3.202 | 147i | 12.05 | |
In—O(b2)IV | 0.101 | -0.101 | 2.026 | -1.279 | 3.205 | 146i | 10.88 | |
In—O(t)V | 0.254 | -0.254 | 1.486 | -1.377 | 2.863 | 237i | 75.77 | |
In4O5(OH)2(S) | In—O(b1)I | 0.436 | -0.436 | 2.082 | -1.301 | 3.382 | 181i | 18.24 |
In—O(b1)II | 0.171 | -0.171 | 2.014 | -1.407 | 3.421 | 184i | 13.89 | |
In—O(t)III | 0.376 | -0.376 | 2.001 | -1.407 | 3.207 | 186i | 33.01 | |
In4O5(OH)2(T) | In—O(b1)I | 0.144 | -0.144 | 2.014 | -1.327 | 3.340 | 152i | 16.36 |
In—O(b1)II | 0.347 | -0.347 | 2.014 | -1.201 | 3.215 | 197i | 34.98 | |
In—O(t)III | 0.333 | -0.333 | 2.131 | -1.001 | 3.131 | 189i | 98.41 |
Cluster | Active site* | q/e | Interaction with CH4 | |||||
---|---|---|---|---|---|---|---|---|
Cluster in TS | CH4 in TS | In in free cluster, qIn | O in free cluster, qO | qIn-qO | vTS/cm-1 | ΔGa/(kJ·mol-1) | ||
In2O3(S) | In—O(b3) | -0.068 | 0.068 | 1.863 | -1.246 | 3.109 | 1566i | 150.08 |
In2O3(T) | In—O(b3) | -0.023 | 0.023 | 1.846 | -1.069 | 2.915 | 1479i | 163.39 |
In4O6(S) | In—O(b1) | -0.013 | 0.013 | 1.932 | -1.344 | 3.276 | 1411i | 148.74 |
In4O6(T) | In—O(b1) | -0.034 | 0.034 | 1.967 | -1.031 | 2.998 | 1345i | 167.78 |
InO(OH)(S) InO(OH)(T) | In—O(t) | 0.213 | -0.213 | 1.921 | -1.151 | 3.072 | 1676i | 104.01 |
In—O(t) | 0.237 | -0.237 | 1.956 | -0.904 | 2.860 | 1218i | 108.87 | |
In2O2(OH)2(S) In2O2(OH)2(T) | In—O(b2) | 0.079 | -0.079 | 2.051 | -1.312 | 3.363 | 1511i | 113.09 |
In—O(b2) | 0.059 | -0.059 | 2.056 | -1.079 | 3.135 | 1627i | 122.80 | |
In3O4(OH)(S) | In—O(b2)I | 0.012 | -0.012 | 2.002 | -1.348 | 3.349 | 1293i | 51.25 |
In—O(3c)II | 0.002 | -0.002 | 1.874 | -1.322 | 3.196 | 1406i | 68.74 | |
In—O(b2)III | 0.014 | -0.014 | 1.978 | -1.305 | 3.283 | 1347i | 52.93 | |
In3O4(OH)(T) | In—O(b2)I | 0.020 | -0.020 | 2.003 | -1.329 | 3.332 | 1469i | 87.19 |
In—O(3c)II | 0.032 | -0.032 | 1.374 | -1.130 | 2.504 | 1476i | 118.91 | |
In—O(b2)III | 0.023 | -0.023 | 1.374 | -1.050 | 2.424 | 1509i | 134.98 | |
In4O5(OH)2(S) | In—O(b1)I | 0.011 | -0.011 | 2.013 | -1.040 | 3.052 | 1376i | 79.58 |
In—O(b1)II | 0.067 | -0.067 | 2.081 | -1.252 | 3.333 | 1460i | 38.74 | |
In—O(b1)III | 0.077 | -0.077 | 2.086 | -1.245 | 3.331 | 1462i | 38.79 | |
In4O5(OH)2(T) | In—O(b1)I | 0.039 | -0.039 | 2.062 | -1.139 | 3.201 | 1545i | 92.55 |
In—O(b1)II | 0.082 | -0.082 | 1.415 | -1.297 | 2.711 | 1496i | 123.72 |
Table 3 Natural bond orbital(NBO) charge population(q) and transition state(TS) frequency(vTS) for the interaction of CH4 with singlet/triplet(S/T) indium oxyhydroxide clusters and the activation free energy barrier (ΔGa, 298 K) at the level of UB3LYP/SDD+Def2TZVP
Cluster | Active site* | q/e | Interaction with CH4 | |||||
---|---|---|---|---|---|---|---|---|
Cluster in TS | CH4 in TS | In in free cluster, qIn | O in free cluster, qO | qIn-qO | vTS/cm-1 | ΔGa/(kJ·mol-1) | ||
In2O3(S) | In—O(b3) | -0.068 | 0.068 | 1.863 | -1.246 | 3.109 | 1566i | 150.08 |
In2O3(T) | In—O(b3) | -0.023 | 0.023 | 1.846 | -1.069 | 2.915 | 1479i | 163.39 |
In4O6(S) | In—O(b1) | -0.013 | 0.013 | 1.932 | -1.344 | 3.276 | 1411i | 148.74 |
In4O6(T) | In—O(b1) | -0.034 | 0.034 | 1.967 | -1.031 | 2.998 | 1345i | 167.78 |
InO(OH)(S) InO(OH)(T) | In—O(t) | 0.213 | -0.213 | 1.921 | -1.151 | 3.072 | 1676i | 104.01 |
In—O(t) | 0.237 | -0.237 | 1.956 | -0.904 | 2.860 | 1218i | 108.87 | |
In2O2(OH)2(S) In2O2(OH)2(T) | In—O(b2) | 0.079 | -0.079 | 2.051 | -1.312 | 3.363 | 1511i | 113.09 |
In—O(b2) | 0.059 | -0.059 | 2.056 | -1.079 | 3.135 | 1627i | 122.80 | |
In3O4(OH)(S) | In—O(b2)I | 0.012 | -0.012 | 2.002 | -1.348 | 3.349 | 1293i | 51.25 |
In—O(3c)II | 0.002 | -0.002 | 1.874 | -1.322 | 3.196 | 1406i | 68.74 | |
In—O(b2)III | 0.014 | -0.014 | 1.978 | -1.305 | 3.283 | 1347i | 52.93 | |
In3O4(OH)(T) | In—O(b2)I | 0.020 | -0.020 | 2.003 | -1.329 | 3.332 | 1469i | 87.19 |
In—O(3c)II | 0.032 | -0.032 | 1.374 | -1.130 | 2.504 | 1476i | 118.91 | |
In—O(b2)III | 0.023 | -0.023 | 1.374 | -1.050 | 2.424 | 1509i | 134.98 | |
In4O5(OH)2(S) | In—O(b1)I | 0.011 | -0.011 | 2.013 | -1.040 | 3.052 | 1376i | 79.58 |
In—O(b1)II | 0.067 | -0.067 | 2.081 | -1.252 | 3.333 | 1460i | 38.74 | |
In—O(b1)III | 0.077 | -0.077 | 2.086 | -1.245 | 3.331 | 1462i | 38.79 | |
In4O5(OH)2(T) | In—O(b1)I | 0.039 | -0.039 | 2.062 | -1.139 | 3.201 | 1545i | 92.55 |
In—O(b1)II | 0.082 | -0.082 | 1.415 | -1.297 | 2.711 | 1496i | 123.72 |
Fig.4 Predicted relative Gibbs free energy G1 and G2(kJ/mol, 298 K) for the interaction of singlet/triplet(S/T) clusters with (CO2+CH4) at the level of UCCSD(T)//UB3LYP/SDD+Def2TZVP and UB3LYP/SDD+Def2TZVP, respectively
Fig.6 Predicted Gibbs free energy(ΔG, 298 K) for the interaction of extended clusters derived to InO(OH)(A) and In2O2(OH)2(B) with (CO2+CH4) at the level of UB3LYP/(SDD+Def2SVP) :UB3LYP/(Def2SVP+6?31G*)
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