Matches in SemOpenAlex for { <https://semopenalex.org/work/W2005657825> ?p ?o ?g. }
- W2005657825 abstract "Thinner Si solar cells with higher efficiency can make a Si photovoltaic system a cost-effective energy solution, and nanostructuring has been suggested as a promising method to make thin Si an effective absorber. However, thin Si solar cells with nanostructures are not efficient because of severe Auger recombination and increased surface area, normally yielding <50% EQE with short-wavelength light. Here we demonstrate >80% EQEs at wavelengths from 400 to 800 nm in a sub-10-μm-thick Si solar cell, resulting in 13.7% power conversion efficiency. This significant improvement was achieved with an all-back-contact design preventing Auger recombination and with a nanocone structure having less surface area than any other nanostructures for solar cells. The device design principles presented here balance the photonic and electronic effects together and are an important step to realizing highly efficient, thin Si and other types of thin solar cells. Nanostructured solar cells should be designed to balance the photonic and electronic effects together to be highly efficient. Cui et al.demonstrate a solar cell with the all-back-contact design and nanocone structure that uses just 10-μm-thick silicon while achieving efficiencies up to 13.7%." @default.
- W2005657825 created "2016-06-24" @default.
- W2005657825 creator A5047485057 @default.
- W2005657825 creator A5077243902 @default.
- W2005657825 creator A5083968702 @default.
- W2005657825 date "2013-12-16" @default.
- W2005657825 modified "2023-10-01" @default.
- W2005657825 title "All-back-contact ultra-thin silicon nanocone solar cells with 13.7% power conversion efficiency" @default.
- W2005657825 cites W1961169708 @default.
- W2005657825 cites W1980216394 @default.
- W2005657825 cites W1985632398 @default.
- W2005657825 cites W1986633290 @default.
- W2005657825 cites W1987211913 @default.
- W2005657825 cites W2000289671 @default.
- W2005657825 cites W2001950778 @default.
- W2005657825 cites W2003274617 @default.
- W2005657825 cites W2013129744 @default.
- W2005657825 cites W2018029108 @default.
- W2005657825 cites W2043415890 @default.
- W2005657825 cites W2045019097 @default.
- W2005657825 cites W2045720728 @default.
- W2005657825 cites W2050902914 @default.
- W2005657825 cites W2053456047 @default.
- W2005657825 cites W2054167314 @default.
- W2005657825 cites W2056702438 @default.
- W2005657825 cites W2058398029 @default.
- W2005657825 cites W2070603801 @default.
- W2005657825 cites W2075131990 @default.
- W2005657825 cites W2083175617 @default.
- W2005657825 cites W2091520200 @default.
- W2005657825 cites W2097129615 @default.
- W2005657825 cites W2098006793 @default.
- W2005657825 cites W2104012317 @default.
- W2005657825 cites W2105720384 @default.
- W2005657825 cites W2106130127 @default.
- W2005657825 cites W2108813868 @default.
- W2005657825 cites W2110460693 @default.
- W2005657825 cites W2118644500 @default.
- W2005657825 cites W2120549400 @default.
- W2005657825 cites W2124671339 @default.
- W2005657825 cites W2132282451 @default.
- W2005657825 cites W2132872911 @default.
- W2005657825 cites W2139465859 @default.
- W2005657825 cites W2144215753 @default.
- W2005657825 cites W2148883519 @default.
- W2005657825 cites W2152451116 @default.
- W2005657825 cites W2161363692 @default.
- W2005657825 cites W2167498985 @default.
- W2005657825 cites W2209568219 @default.
- W2005657825 doi "https://doi.org/10.1038/ncomms3950" @default.
- W2005657825 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24335845" @default.
- W2005657825 hasPublicationYear "2013" @default.
- W2005657825 type Work @default.
- W2005657825 sameAs 2005657825 @default.
- W2005657825 citedByCount "278" @default.
- W2005657825 countsByYear W20056578252014 @default.
- W2005657825 countsByYear W20056578252015 @default.
- W2005657825 countsByYear W20056578252016 @default.
- W2005657825 countsByYear W20056578252017 @default.
- W2005657825 countsByYear W20056578252018 @default.
- W2005657825 countsByYear W20056578252019 @default.
- W2005657825 countsByYear W20056578252020 @default.
- W2005657825 countsByYear W20056578252021 @default.
- W2005657825 countsByYear W20056578252022 @default.
- W2005657825 countsByYear W20056578252023 @default.
- W2005657825 crossrefType "journal-article" @default.
- W2005657825 hasAuthorship W2005657825A5047485057 @default.
- W2005657825 hasAuthorship W2005657825A5077243902 @default.
- W2005657825 hasAuthorship W2005657825A5083968702 @default.
- W2005657825 hasBestOaLocation W20056578251 @default.
- W2005657825 hasConcept C121332964 @default.
- W2005657825 hasConcept C135694725 @default.
- W2005657825 hasConcept C171250308 @default.
- W2005657825 hasConcept C171627272 @default.
- W2005657825 hasConcept C184779094 @default.
- W2005657825 hasConcept C186187911 @default.
- W2005657825 hasConcept C18903297 @default.
- W2005657825 hasConcept C190168584 @default.
- W2005657825 hasConcept C19067145 @default.
- W2005657825 hasConcept C192562407 @default.
- W2005657825 hasConcept C206991015 @default.
- W2005657825 hasConcept C20788544 @default.
- W2005657825 hasConcept C2780646311 @default.
- W2005657825 hasConcept C2780824857 @default.
- W2005657825 hasConcept C41291067 @default.
- W2005657825 hasConcept C47180545 @default.
- W2005657825 hasConcept C49040817 @default.
- W2005657825 hasConcept C544956773 @default.
- W2005657825 hasConcept C58842153 @default.
- W2005657825 hasConcept C62520636 @default.
- W2005657825 hasConcept C66187686 @default.
- W2005657825 hasConcept C86803240 @default.
- W2005657825 hasConceptScore W2005657825C121332964 @default.
- W2005657825 hasConceptScore W2005657825C135694725 @default.
- W2005657825 hasConceptScore W2005657825C171250308 @default.
- W2005657825 hasConceptScore W2005657825C171627272 @default.
- W2005657825 hasConceptScore W2005657825C184779094 @default.
- W2005657825 hasConceptScore W2005657825C186187911 @default.
- W2005657825 hasConceptScore W2005657825C18903297 @default.
- W2005657825 hasConceptScore W2005657825C190168584 @default.