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Nidhi Kalgotra Bhawana Gupta Kuldeep Kumar Sushil K. Pandey 《Phosphorus, sulfur, and silicon and the related elements》2013,188(3):364-375
Abstract Reactions of O-tolyldithiocarbonate ligands, (o-, m-, and p-CH3C6H4O)CS2Na, with anhydrous FeCl2 (1:2 molar ratio) and with FeCl3 (1:1 and 1:3 molar ratio) yielded the complexes [{(CreO)CS2}2Fe] and [{(CreO)CS2}nFeCl3–n] (Cre = o-, m-, and p-CH3C6H4; n = 1 and 3), respectively. These complexes were reacted with nitrogen and phosphorus donor ligands in dichloromethane, which afforded the adducts corresponded to [{(CreO)CS2}2Fe.xL] and [(CreO)CS2FeCl2.xL] {x = 1, L = N2C12H8; x = 2, L = NC5H5, P(C6H5)3}. Elemental analyses and IR, UV-visible, and mass spectroscopic and magnetic studies indicated bidentate mode of bonding by dithiocarbonate ligands leading to sixcoordination around the iron atom as a consequence of Fe…Fe interaction in the complexes [{(CreO)CS2}2Fe] and [(CreO)CS2FeCl2]. The complexes exhibited antifungal activity. The fungicidal activity of the complexes has been tested by poisoned food technique using fungi Fusarium sp. Supplemental materials are available for this article. Go to the publisher's online edition of Phosphorus, Sulfur, and Silicon and the Related Elements for the following free supplemental resource: Antifungal Activity. 相似文献
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