[Cu₂ (H₂L)₂(SO₄)(H₂O)₂]

Endo

366.40

12.36

2.43

1.35

−0.13

−46.58

13.03

34.1˚C - 200˚C

11.22

11.42

Dehydration of two molecules coordination water and CO

Exo

655.50

412.17

2.35

1.63

−0.10

−63.69

267.20

200˚C - 428˚C

66.29

65.94

Elimination of the rest of complex and formation of 2Cu

[Zn(H₂L)₂ (H₂O)₂]4H₂O

Endo

403.50

28.84

1.30

1.84

−0.12

−49.28

21.53

77.2˚C - 196.6˚C

11.58

11.64

Loss of 3H₂O and H₂

Endo

535.30

162.52

1.21

2.03

−0.11

−57.67

91.76

196.6˚C - 360.8˚C

12.00

11.94

Dehydration of 3H₂O and 2H₂

Exo

615.70

28.51

1.35

1.70

−0.12

−75.19

14.13

360.8˚C - 500.8˚C

38.07

38.00

Elimination of C₂N₂O₂ and C₂N₂O₃

Exo

774.80

153.50

1.53

1.84

−0.11

−83.19

66.23

500.8˚C - 599.1˚C

9.10

8.85

Elimination of CO₂ and formation of ZnO and 5C

[Cd(H₂L)₂(H₂O)₂] H₂O

Endo

381.10

16.90

1.41

1.66

−0.13

−48.10

13.98

44.8˚C - 108.8˚C

11.34

11.27

Dehydration of water molecules from outer and coordination sphere

Endo

533.10

74.01

1.41

1.87

−0.11

−60.66

44.52

108.8˚C - 280.3˚C

16.80

16.86

Elimination of CO and C₂N₂

Endo

612

337.30

1.00

2.21

−0.10

−62.85

147.15

280.3˚C - 400.7˚C

32.76

32.95

Elimination of CH₄ and 5CO

Endo

646.10

373.06

1.56

1.87

−0.10

−64.15

210.18

Exo

804.70

164.07

1.01

2.15

−0.11

−87.90

51.00

400.7˚C - 540.9˚C

12.18

12.02

Elimination of NO, CH₂N and formation of CdO

[Hg (H₃L)₂Cl₂(H₂O)₂]

Endo

363.80

15.61

1.55

1.61

−0.13

−46.00

14.20

59.8˚C - 128.1˚C

8.71

8.33

Loss of 3H₂O

Exo

629.40

18.21

1.37

1.50

−0.13

−79.17

8.90

128.1˚C - 462.6˚C

89.32

89.63

Elimination of the rest of complex and formation of carbon residue

[Co₂Ni(HL)₂ (OH)₂(H₂O)₄]∙H₂O

Exo

588.46

511.06

1.09

2.14

−0.10

−57.65

270.33

60.4˚C - 335.9˚C

19.20

18.72

Loss of 5H₂O + HCN

Exo

617

298.89

1.20

2.06

−0.10

−63.26

148.99

335.9˚C - 488.3˚C

43.83

44.54

Elimination of the rest of complex and formation of 2CoO + NiO

Endo

628

363.11

1.17

2.29

−0.10

−63.38

177.55