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. 2021 Mar 16;6(12):8656–8661. doi: 10.1021/acsomega.1c00543

Table 2. Charge Decomposition Analysis (CDA) Results of the Adductsa.

molecules donation (d) repulsion (r) residue (Δ) |q|
B1–Ar 0.032 –0.304 –0.020 0.043
B1–Kr 0.021 –0.301 –0.021 0.083
B1–Xe 0.011 –0.307 –0.023 0.154
B2–Ar 0.042 –0.303 –0.019 0.049
B2–Kr 0.016 –0.311 –0.021 0.084
B2–Xe 0.021 –0.308 –0.021 0.166
B–Ar 0.039 –0.309 –0.020 0.044
B3–Kr 0.034 –0.301 –0.023 0.078
B3–Xe 0.012 –0.302 –0.018 0.143
B4–Ar 0.043 –0.303 –0.019 0.054
B4–Kr 0.039 –0.313 –0.021 0.091
B4–Xe 0.023 –0.304 –0.024 0.187
B5–Ar 0.029 –0.306 –0.020 0.033
B5–Kr 0.024 –0.307 –0.022 0.053
B5–Xe 0.017 –0.303 –0.021 0.089
B6–Ar 0.022 –0.304 –0.018 0.033
B6–Kr 0.015 –0.301 –0.019 0.058
B6–Xe 0.020 –0.310 –0.020 0.117
B7–Ar 0.147 –0.300 –0.002 0.273
B7–Kr 0.175 –0.311 –0.001 0.387
B7–Xe 0.210 –0.301 –0.002 0.507
B8–Ar 0.094 –0.310 –0.013 0.158
B8–Kr 0.136 –0.305 –0.011 0.285
B8–Xe 0.186 –0.306 –0.010 0.446
a

Here, donation means donation from Ng to empty orbital of B. The magnitude of charge transfer |q| is also tabulated. Back-donation from BR3 fragment to Ng gases is zero in all cases.