Table 3 Reactivity parameters calculated using the B97D (Water Solvent), B97D (Gas Phase) and WB97XD (Water Solvent) methods (9 with the same basis set (6-311 + G(d)).

From: Computational study of metal doped coronene quantum dots for formaldehyde sensing and adsorption in medical and environmental applications

Structure

LUMO

HOMO

HLG

η

S

µ

∆Nmax

ECT

B97D (Water Solvent)

 FA

-2.05

-5.94

3.89

1.94

0.25

-3.99

2.05

 Coronene

-2.4

-5.26

2.86

1.43

-3.83

0.34

2.67

 Zn.Coronene

-3.22

-4.42

1.2

0.6

-3.82

0.83

6.36

 Al.Coronene

-2.64

-4.73

2.09

1.04

-3.68

0.47

3.52

 Coronene@FA

-3.51

-5.3

1.79

0.89

-4.40

0.55

4.92

-2.24

 Zn.Coronene@FA

-3.18

-4.37

1.19

0.59

-3.77

0.84

6.34

-0.02

 Al.Coronene@FA

-3.95

-4.34

0.39

0.19

-4.14

2.56

21.25

-17.73

B97D (gas phase)

 FA

-2.56

-6.33

3.77

1.88

-4.44

0.26

2.35

-----

 Coronene

-2.25

-5.11

2.86

1.43

-3.68

0.34

2.57

-----

 Zn.Coronene

-3.54

-4.63

1.09

0.54

-4.08

0.91

7.49

-----

 Al.Coronene

-2.53

-4.62

2.09

1.04

-3.57

0.47

3.42

-----

 Coronene@FA

-2.37

-5.19

2.82

1.41

-3.78

0.35

2.68

-0.10

 Zn.Coronene@FA

-3.48

-4.34

0.86

0.43

-3.91

1.16

9.09

-1.59

 Al.Coronene@FA

-4.05

-4.26

0.21

0.10

-4.15

4.76

39.57

-36.15

WB97XD (water solvent)

 FA

0.62

-9.85

10.47

5.23

-4.61

0.09

0.88

 Coronene

-0.29

-7.61

7.32

3.66

-3.95

0.13

1.07

 Zn.Coronene

0.14

-6.57

6.71

3.35

-3.21

0.14

0.95

 Al.Coronene

0.45

-7.24

7.69

3.84

-3.39

0.13

0.88

 Coronene@FA

-0.34

-7.64

7.3

3.65

-3.99

0.13

1.09

-0.01

 Zn.Coronene@FA

-0.06

-6.64

6.58

3.29

-3.35

0.15

1.01

-0.05

 Al.Coronene@FA

-0.89

-6.8

5.91

2.95

-3.84

0.16

1.30

-0.41