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  • 03

    Jul

    Advanced NiFe2O4 Nanopowder for Industrial & Scientific Applications

    1. Structural Paradigm: The Inverse Spinel Advantage Nickel Ferrite (NiFe2O4) stands as a premier magnetic semiconductor characterized by its inverse spinel crystal structure. In this configuration, Ni2+ ions reside in octahedral [B] sites, while Fe3+Fe3+ ions are split between tetrahedral (A) and octahedral [B] sites. This atomic arrangement facilitates strong&n...
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  • 20

    Jul

    The variation in color of Fe3O4 nanopowder from black to reddish brown

    1. Intrinsic Color: Black Bulk (micron-scale) pure Fe3O4(Magnetite) appears deep black under visible light. Reason: Fe3O4 is a narrow-bandgap semiconductor (bandgap ≈0.1≈0.1 eV), which absorbs light across the entire visible spectrum with virtually no reflection, resulting in a pure black appearance. Industrial products: Larger-particle Fe3O4powders (micron-scale...
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  • 14

    Aug

    Why is copper nanowire powder packaged as wet powder

    There are three main reasons for making copper nanowires into wet powder (soaked in solvents such as ethanol/isopropanol) for packaging: 1. Preventing oxidation - The main reason is that copper nanowires have a diameter of tens of nanometers, a very large aspect ratio, a very high specific surface area, and extremely strong surface activity. When exposed to air in a dry state, it rapidly oxidizes ...
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