FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2283210577> ?p ?o ?g. }

• W2283210577 abstract "This chapter describes the current status of the computational nanomaterial design: the room-temperature spintronics applications in 3d-transition-metal-doped dilute magnetic semiconductors (DMS), d 0 ferromagnetism in nontransition-metal and defect-doped DMS, and rare-earth-metal-doped semiconductors including the efficient (linear and circular-polarized) light-emitting diodes based upon the codoping methods. On the basis of ab initio electronic structure calculations, we propose the ferromagnetic mechanisms and magnetic-control methods, and design the spintronics materials by controlling the magnetic interactions upon the impurities codoping and the electric-field gating. The multihierarchical simulations of ab initio calculations for magnetism and the Monte Carlo simulations provide accurate estimation of Curie temperatures ( T C ) of DMS. Using the self-organized spinodal nanodecomposition in two-dimensional (2D) and three-dimensional (3D) crystal growth conditions, we design 2D Konbu phases and 3D Dairiseki phases, which are promising candidates for the room-temperature spintronics applications with the high-blocking temperature in the nanomagnets and high-efficiency luminescent centers. We can expect high- T C Dairiseki phase in DMS by the 3D spinodal nanodecomposition, where the ferromagnetic percolation path increases dramatically upon the spinodal nanodecomposition if the concentration of the transition metal is above the percolation limit. The comparisons of our design and predictions with the available experimental data are presented." @default.
• W2283210577 created "2016-06-24" @default.
• W2283210577 creator A5030134062 @default.
• W2283210577 creator A5040546892 @default.
• W2283210577 creator A5042108607 @default.
• W2283210577 creator A5046968370 @default.
• W2283210577 creator A5078003161 @default.
• W2283210577 date "2016-01-01" @default.
• W2283210577 modified "2023-10-12" @default.
• W2283210577 title "Computational nanomaterials design for nanospintronics" @default.
• W2283210577 cites W1564452012 @default.
• W2283210577 cites W1661635761 @default.
• W2283210577 cites W1673984424 @default.
• W2283210577 cites W1966873530 @default.
• W2283210577 cites W1968833262 @default.
• W2283210577 cites W1971053045 @default.
• W2283210577 cites W1971309419 @default.
• W2283210577 cites W1973413934 @default.
• W2283210577 cites W1973722419 @default.
• W2283210577 cites W1973814471 @default.
• W2283210577 cites W1976759331 @default.
• W2283210577 cites W1979544533 @default.
• W2283210577 cites W1980358297 @default.
• W2283210577 cites W1981368803 @default.
• W2283210577 cites W1982074734 @default.
• W2283210577 cites W1985930997 @default.
• W2283210577 cites W1986104347 @default.
• W2283210577 cites W1988226632 @default.
• W2283210577 cites W1988749972 @default.
• W2283210577 cites W1988991954 @default.
• W2283210577 cites W1991388146 @default.
• W2283210577 cites W1991813033 @default.
• W2283210577 cites W1994854120 @default.
• W2283210577 cites W1996046793 @default.
• W2283210577 cites W1996731722 @default.
• W2283210577 cites W1999496161 @default.
• W2283210577 cites W2002101269 @default.
• W2283210577 cites W2003671162 @default.
• W2283210577 cites W2004612535 @default.
• W2283210577 cites W2004741852 @default.
• W2283210577 cites W2005282437 @default.
• W2283210577 cites W2007158431 @default.
• W2283210577 cites W2007594462 @default.
• W2283210577 cites W2008199525 @default.
• W2283210577 cites W2008939629 @default.
• W2283210577 cites W2009354799 @default.
• W2283210577 cites W2014356248 @default.
• W2283210577 cites W2016379445 @default.
• W2283210577 cites W2016577825 @default.
• W2283210577 cites W2017983182 @default.
• W2283210577 cites W2018114878 @default.
• W2283210577 cites W2020013061 @default.
• W2283210577 cites W2022135885 @default.
• W2283210577 cites W2024418233 @default.
• W2283210577 cites W2028671184 @default.
• W2283210577 cites W2030022862 @default.
• W2283210577 cites W2030376087 @default.
• W2283210577 cites W2032843489 @default.
• W2283210577 cites W2033393438 @default.
• W2283210577 cites W2033475667 @default.
• W2283210577 cites W2034381613 @default.
• W2283210577 cites W2035736450 @default.
• W2283210577 cites W2037226384 @default.
• W2283210577 cites W2037538637 @default.
• W2283210577 cites W2037745213 @default.
• W2283210577 cites W2039204500 @default.
• W2283210577 cites W2039780806 @default.
• W2283210577 cites W2041855628 @default.
• W2283210577 cites W2042473487 @default.
• W2283210577 cites W2048653510 @default.
• W2283210577 cites W2052598958 @default.
• W2283210577 cites W2053987230 @default.
• W2283210577 cites W2054199752 @default.
• W2283210577 cites W2054516048 @default.
• W2283210577 cites W2056777735 @default.
• W2283210577 cites W2060568456 @default.
• W2283210577 cites W2062266544 @default.
• W2283210577 cites W2062269154 @default.
• W2283210577 cites W2065004477 @default.
• W2283210577 cites W2065383848 @default.
• W2283210577 cites W2067563182 @default.
• W2283210577 cites W2067637314 @default.
• W2283210577 cites W2068193636 @default.
• W2283210577 cites W2068249542 @default.
• W2283210577 cites W2068511141 @default.
• W2283210577 cites W2069099261 @default.
• W2283210577 cites W2071615649 @default.
• W2283210577 cites W2074152003 @default.
• W2283210577 cites W2074291693 @default.
• W2283210577 cites W2075004709 @default.
• W2283210577 cites W2075549671 @default.
• W2283210577 cites W2083252276 @default.
• W2283210577 cites W2084790184 @default.
• W2283210577 cites W2086729100 @default.
• W2283210577 cites W2087181979 @default.
• W2283210577 cites W2087320317 @default.
• W2283210577 cites W2088210345 @default.
• W2283210577 cites W2088553796 @default.
• W2283210577 cites W2088797290 @default.
• W2283210577 cites W2090135568 @default.

• next