FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4366983040> ?p ?o ?g. }

• W4366983040 endingPage "2637" @default.
• W4366983040 startingPage "2624" @default.
• W4366983040 abstract "In recent times the chiral semimetal cobalt monosilicide (CoSi) has emerged as a prototypical, nearly ideal topological conductor hosting giant, topologically protected Fermi arcs. Exotic topological quantum properties have already been identified in CoSi bulk single crystals. However, CoSi is also known for being prone to intrinsic disorder and inhomogeneities, which, despite topological protection, risk jeopardizing its topological transport features. Alternatively, topology may be stabilized by disorder, suggesting the tantalizing possibility of an amorphous variant of a topological metal, yet to be discovered. In this respect, understanding how microstructure and stoichiometry affect magnetotransport properties is of pivotal importance, particularly in case of low-dimensional CoSi thin films and devices. Here we comprehensively investigate the magnetotransport and magnetic properties of ≈25 nm Co1-xSix thin films grown on a MgO substrate with controlled film microstructure (amorphous vs textured) and chemical composition (0.40 < x < 0.60). The resistivity of Co1-xSix thin films is nearly insensitive to the film microstructure and displays a progressive evolution from metallic-like (dρxx/dT > 0) to semiconducting-like (dρxx/dT < 0) regimes of conduction upon increasing the silicon content. A variety of anomalies in the magnetotransport properties, comprising for instance signatures consistent with quantum localization and electron-electron interactions, anomalous Hall and Kondo effects, and the occurrence of magnetic exchange interactions, are attributable to the prominent influence of intrinsic structural and chemical disorder. Our systematic survey brings to attention the complexity and the challenges involved in the prospective exploitation of the topological chiral semimetal CoSi in nanoscale thin films and devices." @default.
• W4366983040 created "2023-04-27" @default.
• W4366983040 creator A5005726619 @default.
• W4366983040 creator A5013790379 @default.
• W4366983040 creator A5016664879 @default.
• W4366983040 creator A5019392369 @default.
• W4366983040 creator A5021579812 @default.
• W4366983040 creator A5026655740 @default.
• W4366983040 creator A5027612717 @default.
• W4366983040 creator A5029592180 @default.
• W4366983040 creator A5047725463 @default.
• W4366983040 creator A5051946373 @default.
• W4366983040 creator A5055791192 @default.
• W4366983040 creator A5058035943 @default.
• W4366983040 creator A5058879084 @default.
• W4366983040 creator A5071780090 @default.
• W4366983040 creator A5072867816 @default.
• W4366983040 creator A5079036985 @default.
• W4366983040 creator A5081647094 @default.
• W4366983040 creator A5082878452 @default.
• W4366983040 date "2023-04-25" @default.
• W4366983040 modified "2023-10-15" @default.
• W4366983040 title "Disorder-Induced Magnetotransport Anomalies in Amorphous and Textured Co_1–<i>x</i>Si_<i>x</i> Semimetal Thin Films" @default.
• W4366983040 cites W1574184690 @default.
• W4366983040 cites W1627174147 @default.
• W4366983040 cites W1646684108 @default.
• W4366983040 cites W1678035058 @default.
• W4366983040 cites W1935448428 @default.
• W4366983040 cites W1976792739 @default.
• W4366983040 cites W1988103140 @default.
• W4366983040 cites W1988970405 @default.
• W4366983040 cites W2004929909 @default.
• W4366983040 cites W2020972789 @default.
• W4366983040 cites W2023796875 @default.
• W4366983040 cites W2029106829 @default.
• W4366983040 cites W2034980966 @default.
• W4366983040 cites W2041460647 @default.
• W4366983040 cites W2062094171 @default.
• W4366983040 cites W2068256750 @default.
• W4366983040 cites W2069785441 @default.
• W4366983040 cites W2071671764 @default.
• W4366983040 cites W2072556464 @default.
• W4366983040 cites W2079943748 @default.
• W4366983040 cites W2085117470 @default.
• W4366983040 cites W2087920706 @default.
• W4366983040 cites W2088988028 @default.
• W4366983040 cites W2092145599 @default.
• W4366983040 cites W2094497798 @default.
• W4366983040 cites W2101132159 @default.
• W4366983040 cites W2123747313 @default.
• W4366983040 cites W2135142217 @default.
• W4366983040 cites W2157354757 @default.
• W4366983040 cites W2275560518 @default.
• W4366983040 cites W2284359244 @default.
• W4366983040 cites W2328060138 @default.
• W4366983040 cites W2335534243 @default.
• W4366983040 cites W2345548953 @default.
• W4366983040 cites W2373307128 @default.
• W4366983040 cites W2499906541 @default.
• W4366983040 cites W2510117052 @default.
• W4366983040 cites W2596954985 @default.
• W4366983040 cites W2611395271 @default.
• W4366983040 cites W2620716052 @default.
• W4366983040 cites W2624440619 @default.
• W4366983040 cites W2625218891 @default.
• W4366983040 cites W2629641710 @default.
• W4366983040 cites W2738076658 @default.
• W4366983040 cites W2755559969 @default.
• W4366983040 cites W2793566883 @default.
• W4366983040 cites W2896361740 @default.
• W4366983040 cites W2916290275 @default.
• W4366983040 cites W2918878338 @default.
• W4366983040 cites W2921799512 @default.
• W4366983040 cites W2922659455 @default.
• W4366983040 cites W2923815109 @default.
• W4366983040 cites W2962311033 @default.
• W4366983040 cites W2963485857 @default.
• W4366983040 cites W2963597477 @default.
• W4366983040 cites W2963662290 @default.
• W4366983040 cites W2969473590 @default.
• W4366983040 cites W3005306727 @default.
• W4366983040 cites W3035630235 @default.
• W4366983040 cites W3036811792 @default.
• W4366983040 cites W3092791930 @default.
• W4366983040 cites W3095039101 @default.
• W4366983040 cites W3103088979 @default.
• W4366983040 cites W3103320358 @default.
• W4366983040 cites W3103907497 @default.
• W4366983040 cites W3138257647 @default.
• W4366983040 cites W3155723836 @default.
• W4366983040 cites W3157087484 @default.
• W4366983040 cites W3196388136 @default.
• W4366983040 cites W3209704397 @default.
• W4366983040 cites W3215283457 @default.
• W4366983040 cites W378256193 @default.
• W4366983040 cites W4206098023 @default.
• W4366983040 cites W4211254207 @default.
• W4366983040 cites W4280569979 @default.

• next