FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2754970121> ?p ?o ?g. }

• W2754970121 endingPage "3129" @default.
• W2754970121 startingPage "3115" @default.
• W2754970121 abstract "Quantitative understanding of 2D atomic layer interface thermal resistance (R) based on Raman characterization is significantly hindered by unknown sample-to-sample optical properties variation, interface-induced optical interference, off-normal laser irradiation, and large thermal-Raman calibration uncertainties. In this work, we develop a novel energy transport state resolved Raman (ET-Raman) to resolve these critical issues, and also consider the hot carrier diffusion, which is crucial but has been rarely considered during interface energy transport study. In ET-Raman, by constructing two steady heat conduction states with different laser spot sizes, we differentiate the effect of R and hot carrier diffusion coefficient (D). By constructing an extreme state of zero/negligible heat conduction using a picosecond laser, we differentiate the effect of R and material’s specific heat. In the end, we precisely determine R and D without need of laser absorption and temperature rise of the 2D atomic layer. Seven MoS2 samples (6.6–17.4 nm) on c-Si are characterized using ET-Raman. Their D is measured in the order of 1.0 cm2/s, increasing against the MoS2 thickness. This is attributed to the weaker in-plane electron–phonon interaction in thicker samples, enhanced screening of long-range disorder, and improved charge impurities mitigation. R is determined as 1.22–1.87 × 10–7 K·m2/W, decreasing with the MoS2 thickness. This is explained by the interface spacing variation due to thermal expansion mismatch between MoS2 and Si, and increased stiffness of thicker MoS2. The local interface spacing is uncovered by comparing the theoretical Raman intensity and experimental data, and is correlated with the observed R variation." @default.
• W2754970121 created "2017-09-25" @default.
• W2754970121 creator A5005801799 @default.
• W2754970121 creator A5062542913 @default.
• W2754970121 creator A5079225643 @default.
• W2754970121 creator A5080501451 @default.
• W2754970121 creator A5085087746 @default.
• W2754970121 date "2017-09-25" @default.
• W2754970121 modified "2023-10-11" @default.
• W2754970121 title "Energy Transport State Resolved Raman for Probing Interface Energy Transport and Hot Carrier Diffusion in Few-Layered MoS₂" @default.
• W2754970121 cites W1554513334 @default.
• W2754970121 cites W1575253204 @default.
• W2754970121 cites W1976099050 @default.
• W2754970121 cites W1976670560 @default.
• W2754970121 cites W1978905540 @default.
• W2754970121 cites W1979006344 @default.
• W2754970121 cites W1982876375 @default.
• W2754970121 cites W1986934748 @default.
• W2754970121 cites W1998608423 @default.
• W2754970121 cites W1999088588 @default.
• W2754970121 cites W2005653290 @default.
• W2754970121 cites W2007878824 @default.
• W2754970121 cites W2010771763 @default.
• W2754970121 cites W2017871657 @default.
• W2754970121 cites W2021994802 @default.
• W2754970121 cites W2026519355 @default.
• W2754970121 cites W2026893205 @default.
• W2754970121 cites W2031036190 @default.
• W2754970121 cites W2032786279 @default.
• W2754970121 cites W2035948407 @default.
• W2754970121 cites W2035993021 @default.
• W2754970121 cites W2037016336 @default.
• W2754970121 cites W2041806780 @default.
• W2754970121 cites W2046183533 @default.
• W2754970121 cites W2048892563 @default.
• W2754970121 cites W2056665703 @default.
• W2754970121 cites W2058918154 @default.
• W2754970121 cites W2059116268 @default.
• W2754970121 cites W2066869869 @default.
• W2754970121 cites W2067008613 @default.
• W2754970121 cites W2070452094 @default.
• W2754970121 cites W2072897584 @default.
• W2754970121 cites W2086778233 @default.
• W2754970121 cites W2091997682 @default.
• W2754970121 cites W2093681061 @default.
• W2754970121 cites W2112787360 @default.
• W2754970121 cites W2116433797 @default.
• W2754970121 cites W2117562986 @default.
• W2754970121 cites W2127532041 @default.
• W2754970121 cites W2129479958 @default.
• W2754970121 cites W2132162076 @default.
• W2754970121 cites W2136906247 @default.
• W2754970121 cites W2137246288 @default.
• W2754970121 cites W2139492972 @default.
• W2754970121 cites W2145235731 @default.
• W2754970121 cites W2147662109 @default.
• W2754970121 cites W2148021767 @default.
• W2754970121 cites W2151016584 @default.
• W2754970121 cites W2168535394 @default.
• W2754970121 cites W2221753746 @default.
• W2754970121 cites W2259054149 @default.
• W2754970121 cites W2294914215 @default.
• W2754970121 cites W2320594005 @default.
• W2754970121 cites W2511103797 @default.
• W2754970121 cites W2529015006 @default.
• W2754970121 cites W2581701988 @default.
• W2754970121 cites W2605643955 @default.
• W2754970121 cites W2735725627 @default.
• W2754970121 cites W3097979053 @default.
• W2754970121 cites W3101688778 @default.
• W2754970121 cites W3101746025 @default.
• W2754970121 cites W3101929953 @default.
• W2754970121 cites W4254531944 @default.
• W2754970121 cites W975441349 @default.
• W2754970121 doi "https://doi.org/10.1021/acsphotonics.7b00815" @default.
• W2754970121 hasPublicationYear "2017" @default.
• W2754970121 type Work @default.
• W2754970121 sameAs 2754970121 @default.
• W2754970121 citedByCount "34" @default.
• W2754970121 countsByYear W27549701212017 @default.
• W2754970121 countsByYear W27549701212018 @default.
• W2754970121 countsByYear W27549701212019 @default.
• W2754970121 countsByYear W27549701212020 @default.
• W2754970121 countsByYear W27549701212021 @default.
• W2754970121 countsByYear W27549701212022 @default.
• W2754970121 countsByYear W27549701212023 @default.
• W2754970121 crossrefType "journal-article" @default.
• W2754970121 hasAuthorship W2754970121A5005801799 @default.
• W2754970121 hasAuthorship W2754970121A5062542913 @default.
• W2754970121 hasAuthorship W2754970121A5079225643 @default.
• W2754970121 hasAuthorship W2754970121A5080501451 @default.
• W2754970121 hasAuthorship W2754970121A5085087746 @default.
• W2754970121 hasConcept C113196181 @default.
• W2754970121 hasConcept C120665830 @default.
• W2754970121 hasConcept C121332964 @default.
• W2754970121 hasConcept C159985019 @default.
• W2754970121 hasConcept C172100665 @default.
• W2754970121 hasConcept C185592680 @default.

• next