FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4380684873> ?p ?o ?g. }

• W4380684873 endingPage "1092" @default.
• W4380684873 startingPage "1092" @default.
• W4380684873 abstract "Space solar cell glass covers require high radiation resistance and wide-spectrum high light transmittance. The existing research on the preparation of thin films or special optical structures on the surface of solar cells rarely involves systematic research and the precise control of the high transmittance structural parameters of specific spectral bands by glass covers. Nanoarray structures were designed and constructed on high-purity quartz glass covers, achieving high anti-reflection within the 350–1100 nm range, the high energy part of the solar spectrum on Mars, regardless of the preparation of antireflective film and its radiation resistance. First, G-Solver software package was used to establish a nanoarray structure model according to the equivalent medium theory, and the effects of structural parameters such as the grating period, grating depth, and duty cycle on the glass cover transmittance were investigated. The results show that when the grating period is 50–200 nm, the transmittance ranges from 97.8% to 99.9%. When the grating period further increases from 300 nm, the lowest point of the transmittance spectrum moves to the longwave direction, and the transmittance from 350 nm to the lowest transmittance point significantly reduces. The optimal grating depth is 500 nm for a 300 nm grating period, the transmittance at 350 nm reaches 88.91%, and the average transmittance is 98.23%. When the period is 300 nm and the depth is 500 nm, the optimal duty cycle is 0.67, the transmittance at 350 nm reaches 96.52%, and the average transmittance is 99.23%. Nanoarray structures were constructed on the glass covers with nanoimprint and plasma etching, then modified with atomic layer deposition (ALD) to adjust their depth and duty cycle. The influence rules of the grating period, depth, and duty cycle on the cover transmittance from the experimental results are basically consistent with those from the simulation calculation. The nanoarray structure increases the average transmittance within 350–1100 nm of the glass cover by an average of 2.02% and the peak transmittance by 2.66%. The research results and experimental methods of this study have application value and promotion prospects for improving the photoelectric conversion efficiency of space solar cells and ground solar cells." @default.
• W4380684873 created "2023-06-15" @default.
• W4380684873 creator A5014614698 @default.
• W4380684873 creator A5038870661 @default.
• W4380684873 creator A5044190268 @default.
• W4380684873 creator A5059867062 @default.
• W4380684873 creator A5060944734 @default.
• W4380684873 creator A5077350515 @default.
• W4380684873 date "2023-06-13" @default.
• W4380684873 modified "2023-09-26" @default.
• W4380684873 title "Design and Preparation of Anti-Reflection Nanoarray Structure on the Surface of Space Solar Cell Glass Cover" @default.
• W4380684873 cites W1966548041 @default.
• W4380684873 cites W1984257809 @default.
• W4380684873 cites W2002718494 @default.
• W4380684873 cites W2007543420 @default.
• W4380684873 cites W2064356003 @default.
• W4380684873 cites W2075215487 @default.
• W4380684873 cites W2079893030 @default.
• W4380684873 cites W2082996596 @default.
• W4380684873 cites W2091956539 @default.
• W4380684873 cites W2093760490 @default.
• W4380684873 cites W2118914178 @default.
• W4380684873 cites W2127213228 @default.
• W4380684873 cites W2163265688 @default.
• W4380684873 cites W2165924645 @default.
• W4380684873 cites W2617893283 @default.
• W4380684873 cites W2806264453 @default.
• W4380684873 cites W2807371819 @default.
• W4380684873 cites W2888851967 @default.
• W4380684873 cites W2897838304 @default.
• W4380684873 cites W2904262286 @default.
• W4380684873 cites W2910716123 @default.
• W4380684873 cites W2911933262 @default.
• W4380684873 cites W2914242050 @default.
• W4380684873 cites W2989919594 @default.
• W4380684873 cites W4295725661 @default.
• W4380684873 doi "https://doi.org/10.3390/coatings13061092" @default.
• W4380684873 hasPublicationYear "2023" @default.
• W4380684873 type Work @default.
• W4380684873 citedByCount "0" @default.
• W4380684873 crossrefType "journal-article" @default.
• W4380684873 hasAuthorship W4380684873A5014614698 @default.
• W4380684873 hasAuthorship W4380684873A5038870661 @default.
• W4380684873 hasAuthorship W4380684873A5044190268 @default.
• W4380684873 hasAuthorship W4380684873A5059867062 @default.
• W4380684873 hasAuthorship W4380684873A5060944734 @default.
• W4380684873 hasAuthorship W4380684873A5077350515 @default.
• W4380684873 hasBestOaLocation W43806848731 @default.
• W4380684873 hasConcept C104663316 @default.
• W4380684873 hasConcept C120665830 @default.
• W4380684873 hasConcept C121332964 @default.
• W4380684873 hasConcept C150493377 @default.
• W4380684873 hasConcept C159985019 @default.
• W4380684873 hasConcept C163258240 @default.
• W4380684873 hasConcept C192562407 @default.
• W4380684873 hasConcept C199822604 @default.
• W4380684873 hasConcept C2777813233 @default.
• W4380684873 hasConcept C2780824857 @default.
• W4380684873 hasConcept C49040817 @default.
• W4380684873 hasConcept C53559285 @default.
• W4380684873 hasConcept C62520636 @default.
• W4380684873 hasConceptScore W4380684873C104663316 @default.
• W4380684873 hasConceptScore W4380684873C120665830 @default.
• W4380684873 hasConceptScore W4380684873C121332964 @default.
• W4380684873 hasConceptScore W4380684873C150493377 @default.
• W4380684873 hasConceptScore W4380684873C159985019 @default.
• W4380684873 hasConceptScore W4380684873C163258240 @default.
• W4380684873 hasConceptScore W4380684873C192562407 @default.
• W4380684873 hasConceptScore W4380684873C199822604 @default.
• W4380684873 hasConceptScore W4380684873C2777813233 @default.
• W4380684873 hasConceptScore W4380684873C2780824857 @default.
• W4380684873 hasConceptScore W4380684873C49040817 @default.
• W4380684873 hasConceptScore W4380684873C53559285 @default.
• W4380684873 hasConceptScore W4380684873C62520636 @default.
• W4380684873 hasIssue "6" @default.
• W4380684873 hasLocation W43806848731 @default.
• W4380684873 hasOpenAccess W4380684873 @default.
• W4380684873 hasPrimaryLocation W43806848731 @default.
• W4380684873 hasRelatedWork W1978884347 @default.
• W4380684873 hasRelatedWork W1997731537 @default.
• W4380684873 hasRelatedWork W2010964365 @default.
• W4380684873 hasRelatedWork W2092739420 @default.
• W4380684873 hasRelatedWork W2102592364 @default.
• W4380684873 hasRelatedWork W2139871202 @default.
• W4380684873 hasRelatedWork W2309942594 @default.
• W4380684873 hasRelatedWork W2946601706 @default.
• W4380684873 hasRelatedWork W3209571264 @default.
• W4380684873 hasRelatedWork W4321435742 @default.
• W4380684873 hasVolume "13" @default.
• W4380684873 isParatext "false" @default.
• W4380684873 isRetracted "false" @default.
• W4380684873 workType "article" @default.