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- W3169641108 startingPage "1560" @default.
- W3169641108 abstract "In the last decade, research on the synthesis and characterization of nanosized ferrites has highly increased and a wide range of new applications for these materials have been identified. The ability to tailor the structure, chemical, optical, magnetic, and electrical properties of ferrites by selecting the synthesis parameters further enhanced their widespread use. The paper reviews the synthesis methods and applications of MFe2O4 (M = Co, Cu, Mn, Ni, Zn) nanoparticles, with emphasis on the advantages and disadvantages of each synthesis route and main applications. Along with the conventional methods like sol-gel, thermal decomposition, combustion, co-precipitation, hydrothermal, and solid-state synthesis, several unconventional methods, like sonochemical, microwave assisted combustion, spray pyrolysis, spray drying, laser pyrolysis, microemulsion, reverse micelle, and biosynthesis, are also presented. MFe2O4 (M = Co, Cu, Mn, Ni, Zn) nanosized ferrites present good magnetic (high coercivity, high anisotropy, high Curie temperature, moderate saturation magnetization), electrical (high electrical resistance, low eddy current losses), mechanical (significant mechanical hardness), and chemical (chemical stability, rich redox chemistry) properties that make them suitable for potential applications in the field of magnetic and dielectric materials, photoluminescence, catalysis, photocatalysis, water decontamination, pigments, corrosion protection, sensors, antimicrobial agents, and biomedicine." @default.
- W3169641108 created "2021-06-22" @default.
- W3169641108 creator A5001523365 @default.
- W3169641108 creator A5031408416 @default.
- W3169641108 creator A5037889348 @default.
- W3169641108 date "2021-06-13" @default.
- W3169641108 modified "2023-10-11" @default.
- W3169641108 title "Recent Advances in Synthesis and Applications of MFe2O4 (M = Co, Cu, Mn, Ni, Zn) Nanoparticles" @default.
- W3169641108 cites W1492372369 @default.
- W3169641108 cites W1965874471 @default.
- W3169641108 cites W1967074837 @default.
- W3169641108 cites W1971960964 @default.
- W3169641108 cites W1978030080 @default.
- W3169641108 cites W1979610313 @default.
- W3169641108 cites W1980600911 @default.
- W3169641108 cites W1981601465 @default.
- W3169641108 cites W1982030345 @default.
- W3169641108 cites W1984222346 @default.
- W3169641108 cites W1987308761 @default.
- W3169641108 cites W1987412181 @default.
- W3169641108 cites W1990408262 @default.
- W3169641108 cites W1996005837 @default.
- W3169641108 cites W1997617670 @default.
- W3169641108 cites W1998752182 @default.
- W3169641108 cites W1999318245 @default.
- W3169641108 cites W2000114523 @default.
- W3169641108 cites W2001086979 @default.
- W3169641108 cites W2006573326 @default.
- W3169641108 cites W2006817848 @default.
- W3169641108 cites W2007943329 @default.
- W3169641108 cites W2009110279 @default.
- W3169641108 cites W2009364809 @default.
- W3169641108 cites W2010220527 @default.
- W3169641108 cites W2011717163 @default.
- W3169641108 cites W2012030357 @default.
- W3169641108 cites W2016736134 @default.
- W3169641108 cites W2018407802 @default.
- W3169641108 cites W2019666867 @default.
- W3169641108 cites W2021447667 @default.
- W3169641108 cites W2021990357 @default.
- W3169641108 cites W2026629298 @default.
- W3169641108 cites W2032183975 @default.
- W3169641108 cites W2032421279 @default.
- W3169641108 cites W2033459139 @default.
- W3169641108 cites W2037421991 @default.
- W3169641108 cites W2039230282 @default.
- W3169641108 cites W2042097693 @default.
- W3169641108 cites W2042151740 @default.
- W3169641108 cites W2043451075 @default.
- W3169641108 cites W2045757816 @default.
- W3169641108 cites W2047800188 @default.
- W3169641108 cites W2048341713 @default.
- W3169641108 cites W2051337682 @default.
- W3169641108 cites W2053704088 @default.
- W3169641108 cites W2055773881 @default.
- W3169641108 cites W2060914148 @default.
- W3169641108 cites W2062878900 @default.
- W3169641108 cites W2064323460 @default.
- W3169641108 cites W2066030159 @default.
- W3169641108 cites W2066652343 @default.
- W3169641108 cites W2067099073 @default.
- W3169641108 cites W2067282930 @default.
- W3169641108 cites W2069376489 @default.
- W3169641108 cites W2069392683 @default.
- W3169641108 cites W2074313281 @default.
- W3169641108 cites W2077910454 @default.
- W3169641108 cites W2081987597 @default.
- W3169641108 cites W2090543195 @default.
- W3169641108 cites W2091472608 @default.
- W3169641108 cites W2094512942 @default.
- W3169641108 cites W2108513341 @default.
- W3169641108 cites W2127783563 @default.
- W3169641108 cites W2140321355 @default.
- W3169641108 cites W2155174011 @default.
- W3169641108 cites W2168830576 @default.
- W3169641108 cites W2195018991 @default.
- W3169641108 cites W2282518039 @default.
- W3169641108 cites W2297231039 @default.
- W3169641108 cites W2315762092 @default.
- W3169641108 cites W2336537561 @default.
- W3169641108 cites W2343604187 @default.
- W3169641108 cites W2462953088 @default.
- W3169641108 cites W2463142109 @default.
- W3169641108 cites W2463634035 @default.
- W3169641108 cites W2511470736 @default.
- W3169641108 cites W2525619574 @default.
- W3169641108 cites W2536069094 @default.
- W3169641108 cites W2536966934 @default.
- W3169641108 cites W2556115588 @default.
- W3169641108 cites W2557131144 @default.
- W3169641108 cites W2558914776 @default.
- W3169641108 cites W2561521057 @default.
- W3169641108 cites W2572261971 @default.
- W3169641108 cites W2576762828 @default.
- W3169641108 cites W2580898845 @default.
- W3169641108 cites W2589221514 @default.
- W3169641108 cites W2590773609 @default.
- W3169641108 cites W2591411001 @default.