Characterization of Complexes Synthesized Using Schiff Base Ligands and Their Screening for Toxicity Two Fungal and One Bacterial Species on Rice Pathogens

Table 3

Elemental composition and physical data of HAEP ligand and its complexes.

S. number	Complex	Mpt; °C	Colour	C	H	N	M	Cl	Mol Wt; gm	Remarks
				Observed (calculated) %
1	HAEP-L3; (C9H11N2O2S)	193	Brown	52.00; (52.18)	5.40; (5.31)	13.30; (13.52)	—	—	207.16	Loss of NH2 and 2H
2	[Cu(HAEP)]2; Cu2C18H18N6O4S2	310	Brown	40.00; (40.21)	3.50; (3.35)	15.50; (15.64)	24.00; (23.6)	—	537.22	Loss of 2NH2 and 2OH
3	[Ni(HAEP)2]; Ni2C18H18N6O4S2	305	Brown	39.00; (39.31)	3.50; (3.28)	15.30; (15.29)	21.00; (21.36)	—	549.52	Loss of NH2
4	[Co(HAEP)(H2O)2]2; Co2C18H26N4O8S2	295	Brown	35.70; (35.89)	4.30; (4.32)	9.30; (9.30)	20.00; (19.58)	—	601.86	Loss of NH2 and 4H
5	[Fe(HAEP)(H2O)Cl]2; Fe2C16H22N4O6Cl2S2	300	Green	30.50; (30.88)	3.51; (3.54)	8.91; (9.01)	18.00; (17.97)	11.00; (11.42)	621.70	Loss of 2N, 2C; add 0.5H2O
6	[Cr(HAEP)(H2O)Cl]2; Cr2C18H22N4O6Cl2S2	265	Green	35.00; (35.23)	4.21; (3.59)	9.00; (9.13)	15.50; (16.96)	10.25; (11.58)	613.12	Loss of NH2
7	[VO(HAEP)(H2O)2]; VC9H13N2O5S	310	Grey	34.50; (34.62)	3.20; (4.17)	8.99; (8.97)	15.74; (16.33)		312.00	Loss of NH2