FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3184351487> ?p ?o ?g. }

• W3184351487 endingPage "111371" @default.
• W3184351487 startingPage "111371" @default.
• W3184351487 abstract "Contamination and weather-resistant property of anti-reflection coating obtained by the sol-gel process is crucial for practical applications. In this work, we used the stӧber method to make silica nanoparticles and used the spin coating approach to apply them to a polymethylmethacrylate (PMMA) substrate. We adopted a low-temperature surface treatment approach by placing silica-coated PMMA in chloroform, aqueous ammonia, and hexamethyldisilazane vapor-phase environment. The treated PMMA exhibits a maximum transmittance of 95.68% in the wavelength range of 500–1100 nm. The treated PMMA showed a decrease of 0.21% transmittance after checking it with contamination and weather-resistant test. The treated PMMA exhibits a water contact angle of 115.96°, making it hydrophobic which is almost ten times that of untreated PMMA. An increase in the current density from 33.23 to 34.37 mA/cm 2 and an improvement in the efficiency of 3.54% was observed when the treated PMMA was placed onto a solar cell instead of uncoated PMMA for lightweight photovoltaic module applications. • Improvement in the optical, structural, and electrical properties. • Low temperature vapor phase surface treatment using chloroform, aqueous ammonia, and hexamethyldisilazane. • An only 0.21% decrease in transmittance was observed after contamination and weather-resistant test. • The treated PMMA exhibits a hydrophobicity of 115.96°. • J sc increased from 33.23 to 34.37 mA/cm 2 and η improvement of 3.54%." @default.
• W3184351487 created "2021-08-02" @default.
• W3184351487 creator A5026986287 @default.
• W3184351487 creator A5042637635 @default.
• W3184351487 creator A5079124593 @default.
• W3184351487 date "2021-09-01" @default.
• W3184351487 modified "2023-10-16" @default.
• W3184351487 title "Improvement in optical and electrical performance of hydrophobic and antireflective silica nanoparticles coating on PMMA for lightweight PV module" @default.
• W3184351487 cites W1212948 @default.
• W3184351487 cites W1815632216 @default.
• W3184351487 cites W1967275385 @default.
• W3184351487 cites W1971017103 @default.
• W3184351487 cites W1974827256 @default.
• W3184351487 cites W1978204632 @default.
• W3184351487 cites W1997675838 @default.
• W3184351487 cites W2001709097 @default.
• W3184351487 cites W2006928165 @default.
• W3184351487 cites W2014737911 @default.
• W3184351487 cites W2016815236 @default.
• W3184351487 cites W2023995621 @default.
• W3184351487 cites W2027627623 @default.
• W3184351487 cites W2028468790 @default.
• W3184351487 cites W2034287320 @default.
• W3184351487 cites W2043048104 @default.
• W3184351487 cites W2044025029 @default.
• W3184351487 cites W2044796938 @default.
• W3184351487 cites W2052746819 @default.
• W3184351487 cites W2066510658 @default.
• W3184351487 cites W2073511056 @default.
• W3184351487 cites W2075639888 @default.
• W3184351487 cites W2085383434 @default.
• W3184351487 cites W2085416786 @default.
• W3184351487 cites W2089124524 @default.
• W3184351487 cites W2093919240 @default.
• W3184351487 cites W2127089336 @default.
• W3184351487 cites W2137900055 @default.
• W3184351487 cites W2144565887 @default.
• W3184351487 cites W2145085132 @default.
• W3184351487 cites W2171819792 @default.
• W3184351487 cites W2288073857 @default.
• W3184351487 cites W2289716461 @default.
• W3184351487 cites W2332763877 @default.
• W3184351487 cites W2345512599 @default.
• W3184351487 cites W2538267464 @default.
• W3184351487 cites W2594206909 @default.
• W3184351487 cites W2605498691 @default.
• W3184351487 cites W2626931850 @default.
• W3184351487 cites W2783771352 @default.
• W3184351487 cites W2800131741 @default.
• W3184351487 cites W2892519777 @default.
• W3184351487 cites W2893602155 @default.
• W3184351487 cites W2963968818 @default.
• W3184351487 cites W2964517114 @default.
• W3184351487 cites W2974908766 @default.
• W3184351487 cites W2983988997 @default.
• W3184351487 cites W2995533277 @default.
• W3184351487 cites W3011762923 @default.
• W3184351487 cites W3026709724 @default.
• W3184351487 cites W3047880037 @default.
• W3184351487 cites W3121959795 @default.
• W3184351487 cites W3160655038 @default.
• W3184351487 cites W608888287 @default.
• W3184351487 cites W940234200 @default.
• W3184351487 doi "https://doi.org/10.1016/j.optmat.2021.111371" @default.
• W3184351487 hasPublicationYear "2021" @default.
• W3184351487 type Work @default.
• W3184351487 sameAs 3184351487 @default.
• W3184351487 citedByCount "5" @default.
• W3184351487 countsByYear W31843514872021 @default.
• W3184351487 countsByYear W31843514872022 @default.
• W3184351487 countsByYear W31843514872023 @default.
• W3184351487 crossrefType "journal-article" @default.
• W3184351487 hasAuthorship W3184351487A5026986287 @default.
• W3184351487 hasAuthorship W3184351487A5042637635 @default.
• W3184351487 hasAuthorship W3184351487A5079124593 @default.
• W3184351487 hasConcept C108406538 @default.
• W3184351487 hasConcept C127413603 @default.
• W3184351487 hasConcept C155672457 @default.
• W3184351487 hasConcept C159985019 @default.
• W3184351487 hasConcept C171250308 @default.
• W3184351487 hasConcept C192562407 @default.
• W3184351487 hasConcept C2781448156 @default.
• W3184351487 hasConcept C42360764 @default.
• W3184351487 hasConceptScore W3184351487C108406538 @default.
• W3184351487 hasConceptScore W3184351487C127413603 @default.
• W3184351487 hasConceptScore W3184351487C155672457 @default.
• W3184351487 hasConceptScore W3184351487C159985019 @default.
• W3184351487 hasConceptScore W3184351487C171250308 @default.
• W3184351487 hasConceptScore W3184351487C192562407 @default.
• W3184351487 hasConceptScore W3184351487C2781448156 @default.
• W3184351487 hasConceptScore W3184351487C42360764 @default.
• W3184351487 hasFunder F4320335199 @default.
• W3184351487 hasLocation W31843514871 @default.
• W3184351487 hasOpenAccess W3184351487 @default.
• W3184351487 hasPrimaryLocation W31843514871 @default.
• W3184351487 hasRelatedWork W2014315543 @default.
• W3184351487 hasRelatedWork W2051270029 @default.
• W3184351487 hasRelatedWork W2082293200 @default.

• next