FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4284971140> ?p ?o ?g. }

• W4284971140 endingPage "111876" @default.
• W4284971140 startingPage "111876" @default.
• W4284971140 abstract "Concentrating solar power technology has gained increased attention as a source for clean energy. However, because of low power density, it requires large areas and materials with high photothermal conversion efficiency, to harness solar energy. The solar receiver coated with solar selective material plays a critical role in efficiently converting solar energy to useful power. Because of the moderate solar selective nature and excellent thermal properties, significant efforts are currently being invested on the use of ultra-high temperature ceramics as solar selective absorbers. This literature survey presents a critical review of the research and development of early transition metal boride and carbide-based solar selective absorbers, both in bulk and tandem coating formats. In particular, we have emphasized the use of transition metal borides and carbides as intrinsic absorbers as bulk or even exploiting a multilayer design approach to improve the absorptance in the solar spectrum region. One of the key aspects is to introduce a gradient in optical constants (refractive index, extinction coefficient) to tailor high absorptance and low emissivity in tandem absorber coatings, with insightful understanding into microstructure-optical property correlation. The challenges in developing tandem solar absorbers with long-term thermal stability at mid to high temperature window in different working atmosphere are emphasized to spur the development of next generation spectrally-selective solar absorbers." @default.
• W4284971140 created "2022-07-10" @default.
• W4284971140 creator A5012064748 @default.
• W4284971140 creator A5053994876 @default.
• W4284971140 creator A5075811618 @default.
• W4284971140 date "2022-09-01" @default.
• W4284971140 modified "2023-09-25" @default.
• W4284971140 title "Recent trends and challenges in developing boride and carbide-based solar absorbers for concentrated solar power" @default.
• W4284971140 cites W1839762537 @default.
• W4284971140 cites W1964387087 @default.
• W4284971140 cites W1965838841 @default.
• W4284971140 cites W1968763118 @default.
• W4284971140 cites W1973176492 @default.
• W4284971140 cites W1977171998 @default.
• W4284971140 cites W1977999132 @default.
• W4284971140 cites W1978026498 @default.
• W4284971140 cites W1984849321 @default.
• W4284971140 cites W1992941432 @default.
• W4284971140 cites W1993735941 @default.
• W4284971140 cites W1996991345 @default.
• W4284971140 cites W1997144139 @default.
• W4284971140 cites W2010436366 @default.
• W4284971140 cites W2028058342 @default.
• W4284971140 cites W2028671244 @default.
• W4284971140 cites W2033009272 @default.
• W4284971140 cites W2040636429 @default.
• W4284971140 cites W2046570571 @default.
• W4284971140 cites W2055882315 @default.
• W4284971140 cites W2059734794 @default.
• W4284971140 cites W2062272008 @default.
• W4284971140 cites W2064657543 @default.
• W4284971140 cites W2065926686 @default.
• W4284971140 cites W2069877458 @default.
• W4284971140 cites W2073483700 @default.
• W4284971140 cites W2075303783 @default.
• W4284971140 cites W2076697237 @default.
• W4284971140 cites W2081009813 @default.
• W4284971140 cites W2086692283 @default.
• W4284971140 cites W2092298617 @default.
• W4284971140 cites W2093919240 @default.
• W4284971140 cites W2124695091 @default.
• W4284971140 cites W2130114782 @default.
• W4284971140 cites W2150620017 @default.
• W4284971140 cites W2152406775 @default.
• W4284971140 cites W2154501599 @default.
• W4284971140 cites W2158299879 @default.
• W4284971140 cites W2164606323 @default.
• W4284971140 cites W2232551139 @default.
• W4284971140 cites W2256582763 @default.
• W4284971140 cites W2296922591 @default.
• W4284971140 cites W2325587533 @default.
• W4284971140 cites W2460171996 @default.
• W4284971140 cites W2471224153 @default.
• W4284971140 cites W2495804289 @default.
• W4284971140 cites W2514225124 @default.
• W4284971140 cites W2536952425 @default.
• W4284971140 cites W2543310460 @default.
• W4284971140 cites W2550845573 @default.
• W4284971140 cites W2556001714 @default.
• W4284971140 cites W2587979494 @default.
• W4284971140 cites W2588722770 @default.
• W4284971140 cites W2598705247 @default.
• W4284971140 cites W2604600594 @default.
• W4284971140 cites W2605405594 @default.
• W4284971140 cites W2609935823 @default.
• W4284971140 cites W2620104662 @default.
• W4284971140 cites W2620232472 @default.
• W4284971140 cites W2728917325 @default.
• W4284971140 cites W2751056646 @default.
• W4284971140 cites W2776436519 @default.
• W4284971140 cites W2777879238 @default.
• W4284971140 cites W2802100118 @default.
• W4284971140 cites W2802253459 @default.
• W4284971140 cites W2802329431 @default.
• W4284971140 cites W2802728220 @default.
• W4284971140 cites W2805761741 @default.
• W4284971140 cites W2858604204 @default.
• W4284971140 cites W2883194485 @default.
• W4284971140 cites W2885557871 @default.
• W4284971140 cites W2887989085 @default.
• W4284971140 cites W2910398892 @default.
• W4284971140 cites W2913394416 @default.
• W4284971140 cites W2922252224 @default.
• W4284971140 cites W2942388511 @default.
• W4284971140 cites W2945933890 @default.
• W4284971140 cites W2962715795 @default.
• W4284971140 cites W2968194897 @default.
• W4284971140 cites W2973097764 @default.
• W4284971140 cites W2977971277 @default.
• W4284971140 cites W2997446162 @default.
• W4284971140 cites W3001802307 @default.
• W4284971140 cites W3004832277 @default.
• W4284971140 cites W3010762669 @default.
• W4284971140 cites W3015674964 @default.
• W4284971140 cites W3025550017 @default.
• W4284971140 cites W3034790819 @default.
• W4284971140 cites W3043842288 @default.
• W4284971140 cites W3081109887 @default.

• next