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• W2140819690 endingPage "353001" @default.
• W2140819690 startingPage "353001" @default.
• W2140819690 abstract "Microwave assisted magnetic recording (MAMR) has been proposed as one of the prospective recording technologies for forthcoming tera-bit-class magnetic recording. In this paper, the technological and related physical issues of MAMR are reviewed. MAMR is the combined technology of microwave assisted switching (MAS) and spin torque oscillator (STO). MAS is a magnetization switching technology in which magnetization switches through excitation of its precessional motion by a radio frequency (rf) field. The MAS behavior in which nonlinear large angle precession is excited has been a challenging issue from scientific and technological viewpoints. Recently developed theories successfully predict the MAS behavior of a single macrospin in which all spins in a magnet are assumed to behave coherently. For a magnetic element with a size larger than the exchange length, spatially non-uniform magnetization precession modes become dominant instead of the coherent precession mentioned above, resulting in significant enhancement of the MAS effect. This size dependent MAS effect is experimentally very well verified for nanosized dots with perpendicular magnetization. Meanwhile, the STO is used as an rf field generator in MAMR technology. The aforementioned large angle magnetization precession dynamics are also a crucial problem for the stable operation of STO. While various types of STOs have been proposed so far, the optimum structure of STO for MAMR is still under investigation. The combination of the MAS and STO may provide frequency domain recording architecture which enables us to realize a new recording scheme, such as multilevel recording." @default.
• W2140819690 created "2016-06-24" @default.
• W2140819690 creator A5015516189 @default.
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• W2140819690 creator A5037870906 @default.
• W2140819690 creator A5038997613 @default.
• W2140819690 creator A5047831311 @default.
• W2140819690 date "2015-08-07" @default.
• W2140819690 modified "2023-10-18" @default.
• W2140819690 title "Microwave assisted magnetic recording technologies and related physics" @default.
• W2140819690 cites W1492690965 @default.
• W2140819690 cites W1552338433 @default.
• W2140819690 cites W1668497304 @default.
• W2140819690 cites W1672510814 @default.
• W2140819690 cites W1733936508 @default.
• W2140819690 cites W1964504828 @default.
• W2140819690 cites W1968329931 @default.
• W2140819690 cites W1968440731 @default.
• W2140819690 cites W1973212809 @default.
• W2140819690 cites W1973459101 @default.
• W2140819690 cites W1974416551 @default.
• W2140819690 cites W1975271700 @default.
• W2140819690 cites W1980641968 @default.
• W2140819690 cites W1981637727 @default.
• W2140819690 cites W1983248650 @default.
• W2140819690 cites W1983989686 @default.
• W2140819690 cites W1984720056 @default.
• W2140819690 cites W1984778473 @default.
• W2140819690 cites W1985778086 @default.
• W2140819690 cites W1988108080 @default.
• W2140819690 cites W1990417492 @default.
• W2140819690 cites W1991286779 @default.
• W2140819690 cites W1992957648 @default.
• W2140819690 cites W1993697419 @default.
• W2140819690 cites W1994194228 @default.
• W2140819690 cites W1994252720 @default.
• W2140819690 cites W1994553412 @default.
• W2140819690 cites W1995551574 @default.
• W2140819690 cites W1995696820 @default.
• W2140819690 cites W1995903329 @default.
• W2140819690 cites W1996650545 @default.
• W2140819690 cites W1997765622 @default.
• W2140819690 cites W1998858481 @default.
• W2140819690 cites W2000609467 @default.
• W2140819690 cites W2001635156 @default.
• W2140819690 cites W2004101372 @default.
• W2140819690 cites W2005608427 @default.
• W2140819690 cites W2006456384 @default.
• W2140819690 cites W2009104360 @default.
• W2140819690 cites W2011585565 @default.
• W2140819690 cites W2012930723 @default.
• W2140819690 cites W2013145637 @default.
• W2140819690 cites W2014116685 @default.
• W2140819690 cites W2014188627 @default.
• W2140819690 cites W2016834434 @default.
• W2140819690 cites W2018381020 @default.
• W2140819690 cites W2020609000 @default.
• W2140819690 cites W2020735813 @default.
• W2140819690 cites W2021284506 @default.
• W2140819690 cites W2021614840 @default.
• W2140819690 cites W2022585636 @default.
• W2140819690 cites W2023512363 @default.
• W2140819690 cites W2024527311 @default.
• W2140819690 cites W2025635342 @default.
• W2140819690 cites W2027904347 @default.
• W2140819690 cites W2033829315 @default.
• W2140819690 cites W2034978680 @default.
• W2140819690 cites W2036365411 @default.
• W2140819690 cites W2036986176 @default.
• W2140819690 cites W2037257715 @default.
• W2140819690 cites W2037887214 @default.
• W2140819690 cites W2039753947 @default.
• W2140819690 cites W2040133783 @default.
• W2140819690 cites W2040558080 @default.
• W2140819690 cites W2042412407 @default.
• W2140819690 cites W2045102563 @default.
• W2140819690 cites W2045160027 @default.
• W2140819690 cites W2045646329 @default.
• W2140819690 cites W2047669394 @default.
• W2140819690 cites W2047999583 @default.
• W2140819690 cites W2048025775 @default.
• W2140819690 cites W2048318057 @default.
• W2140819690 cites W2048816704 @default.
• W2140819690 cites W2050165836 @default.
• W2140819690 cites W2051189426 @default.
• W2140819690 cites W2054254402 @default.
• W2140819690 cites W2054886036 @default.
• W2140819690 cites W2056219078 @default.
• W2140819690 cites W2057114929 @default.
• W2140819690 cites W2059879289 @default.
• W2140819690 cites W2061550921 @default.
• W2140819690 cites W2063133840 @default.
• W2140819690 cites W2063448890 @default.
• W2140819690 cites W2064189845 @default.
• W2140819690 cites W2064853887 @default.
• W2140819690 cites W2065157782 @default.
• W2140819690 cites W2066172461 @default.
• W2140819690 cites W2067467292 @default.

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