Matches in SemOpenAlex for { <https://semopenalex.org/work/W3136700208> ?p ?o ?g. }
- W3136700208 endingPage "159500" @default.
- W3136700208 startingPage "159500" @default.
- W3136700208 abstract "• Summary of the state-of-the-art soft magnetic materials and applications in power electronics. • Characteristics of oxide-based, metal-insulator, and insulator-insulator type composites. • Overview on thermodynamics and kinetics of self-assembled nanocomposites. • Microstructure engineering of soft magnetic composites based on traditional and advanced powder processing techniques. Oxide-based nanocomposites have potential to offer much higher switching frequencies compared with state-of-the-art soft magnetic materials for applications in power electronics. However, scalable techniques for synthesizing high performance bulk oxide-based nanostructured and nanocomposite systems with superior performance compared to traditional materials are limited. This review aims at identifying existing and potential opportunities for the development of high performance nanocomposite systems through microstructure engineering specific to soft magnetic property optimization by traditional processing routes. The review begins with general introduction about soft magnetic properties of different classes of materials, followed by a detailed description of crystal structures and the underlying physics responsible for their magnetic performance. These include; soft ferrites, bulk crystalline alloys, metal-amorphous nanocomposites, and metal-oxide nanocomposites of various nature such as metal-insulator and insulator-insulator type composites. An overview on powder metallurgy techniques is provided and aspects relevant to optimizing the balance between competing requirements of high effective electrical resistivity to mitigate eddy current losses and high saturation magnetization are highlighted." @default.
- W3136700208 created "2021-03-29" @default.
- W3136700208 creator A5015095371 @default.
- W3136700208 creator A5026304176 @default.
- W3136700208 creator A5037367490 @default.
- W3136700208 creator A5051805503 @default.
- W3136700208 creator A5060157690 @default.
- W3136700208 creator A5065322539 @default.
- W3136700208 creator A5073474022 @default.
- W3136700208 date "2021-07-01" @default.
- W3136700208 modified "2023-10-16" @default.
- W3136700208 title "Review on soft magnetic metal and inorganic oxide nanocomposites for power applications" @default.
- W3136700208 cites W1559959448 @default.
- W3136700208 cites W1662126003 @default.
- W3136700208 cites W1670656737 @default.
- W3136700208 cites W1885642162 @default.
- W3136700208 cites W1926355237 @default.
- W3136700208 cites W1964740351 @default.
- W3136700208 cites W1975812315 @default.
- W3136700208 cites W1978354388 @default.
- W3136700208 cites W1980000935 @default.
- W3136700208 cites W1980759713 @default.
- W3136700208 cites W1981786113 @default.
- W3136700208 cites W1985109039 @default.
- W3136700208 cites W1985853930 @default.
- W3136700208 cites W1985872557 @default.
- W3136700208 cites W1986214902 @default.
- W3136700208 cites W1986783396 @default.
- W3136700208 cites W1988572762 @default.
- W3136700208 cites W1989686001 @default.
- W3136700208 cites W1990330585 @default.
- W3136700208 cites W1991668142 @default.
- W3136700208 cites W1992386997 @default.
- W3136700208 cites W1994402496 @default.
- W3136700208 cites W1994639597 @default.
- W3136700208 cites W1995063595 @default.
- W3136700208 cites W1996068044 @default.
- W3136700208 cites W1996912882 @default.
- W3136700208 cites W1997557347 @default.
- W3136700208 cites W1999928044 @default.
- W3136700208 cites W2000181466 @default.
- W3136700208 cites W2001224170 @default.
- W3136700208 cites W2002853197 @default.
- W3136700208 cites W2003551661 @default.
- W3136700208 cites W2006558085 @default.
- W3136700208 cites W2011734606 @default.
- W3136700208 cites W2015192495 @default.
- W3136700208 cites W2015420312 @default.
- W3136700208 cites W2017429917 @default.
- W3136700208 cites W2020699968 @default.
- W3136700208 cites W2020883157 @default.
- W3136700208 cites W2023453340 @default.
- W3136700208 cites W2023999361 @default.
- W3136700208 cites W2024908520 @default.
- W3136700208 cites W2025723036 @default.
- W3136700208 cites W2031555658 @default.
- W3136700208 cites W2036905503 @default.
- W3136700208 cites W2037063267 @default.
- W3136700208 cites W2038792922 @default.
- W3136700208 cites W2042450155 @default.
- W3136700208 cites W2044588246 @default.
- W3136700208 cites W2047011007 @default.
- W3136700208 cites W2047841197 @default.
- W3136700208 cites W2048524401 @default.
- W3136700208 cites W2056320034 @default.
- W3136700208 cites W2058963548 @default.
- W3136700208 cites W2060780461 @default.
- W3136700208 cites W2061957995 @default.
- W3136700208 cites W2062472118 @default.
- W3136700208 cites W2063389267 @default.
- W3136700208 cites W2066697867 @default.
- W3136700208 cites W2071007278 @default.
- W3136700208 cites W2073348823 @default.
- W3136700208 cites W2077825655 @default.
- W3136700208 cites W2078464141 @default.
- W3136700208 cites W2079235174 @default.
- W3136700208 cites W2079693474 @default.
- W3136700208 cites W2079800668 @default.
- W3136700208 cites W2081541127 @default.
- W3136700208 cites W2083228143 @default.
- W3136700208 cites W2084969108 @default.
- W3136700208 cites W2086347196 @default.
- W3136700208 cites W2087820284 @default.
- W3136700208 cites W2090083998 @default.
- W3136700208 cites W2090268090 @default.
- W3136700208 cites W2090732497 @default.
- W3136700208 cites W2094779423 @default.
- W3136700208 cites W2094852160 @default.
- W3136700208 cites W2100373564 @default.
- W3136700208 cites W2116820594 @default.
- W3136700208 cites W2118139176 @default.
- W3136700208 cites W2118539261 @default.
- W3136700208 cites W2119823538 @default.
- W3136700208 cites W2123660592 @default.
- W3136700208 cites W2132867836 @default.
- W3136700208 cites W2138894931 @default.
- W3136700208 cites W2141353421 @default.
- W3136700208 cites W2148466610 @default.