Iron Sulfide Nanoparticles: Preparation, Structure, Magnetic Properties

Effect of Hydrothermal Reaction Time on Structure, Magnetic, and Biological Properties of Iron Sulfide Nanoparticles

“…All samples can be considered soft materials compared to the supersoft material [49] . A ferromagnetic nanomaterial with relatively high H c can be formed, especially when the sample involves the Fe 7 S 8 phase due to its hexagonal structure (comparably S3 with S1 and S2) [50] …”

“…[49] A ferromagnetic nanomaterial with relatively high H c can be formed, especially when the sample involves the Fe 7 S 8 phase due to its hexagonal structure (comparably S3 with S1 and S2). [50] On the other hand, involving nonmagnetic NPs and magnetite NPs in superparamagnetic NPs does not contrast such behavior. The inset figure shows the difference between the permeabilities, where the 6 h has the greatest slope (permeability) compared to others, and the sample 12 h is in the second order.…”

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“…Iron sulfide nanoparticles and iron sulfide hydroxyl ethyl cellulose nanocomposites were synthesized from bis-(Dithiocarbamato) iron (II) single-source antecedents, with shapes differed from round to bar like with sizes in the range 23.90 -38.89 nm for FeS 1 , 4.50-10.50 nm for FeS 2 , and 6.05-6.19 nm for FeS 3 4 . Mackinawite type of FeS spherical grains [5][6][7][8] , ellipsoid shaped FeS 9 and hexagon FeS nanoparticles 10 were synthesized with various methods such as spray pyrolysis method, chemical precipitation method and polyol mediated process. Salem et al, synthesized irregularly distributed spherical grains of iron sulfide nanoparticles from iron nitrate and sodium sulfide in the presence of uncaria tomentosa leaves aqueous extract at ambient temperature 11 .…”