Matches in SemOpenAlex for { <https://semopenalex.org/work/W3092749856> ?p ?o ?g. }
- W3092749856 endingPage "2004979" @default.
- W3092749856 startingPage "2004979" @default.
- W3092749856 abstract "Slot-die coating holds advantages over other large-scale technologies thanks to its potential for well-controlled, high-throughput, continuous roll-to-roll fabrication. Unfortunately, it is challenging to control thin.film uniformity over a large area while maintaining crystallization quality. Herein, by using a high-pressure nitrogen-extraction (HPNE) strategy to assist crystallization, a wide processing window in the well-controlled printing process for preparing high-quality perovskites is achieved. The yellow-phase perovskite generated by the HPNE acts as a crucial intermediate phase to produce large-area high-quality perovskite film. Furthermore, an ionic liquid is developed to passivate the perovskite surface to reduce surface defect density and to suppress carrier recombination, resulting in significantly increased efficiency to 22.7%, the highest for large-area fabrication. The strategies are successfully extended to large-area device fabrication, making it possible to produce a 40 × 40 mm2 module with stabilized PCE as high as 19.4%, the highest-efficiency for a large-area module to date." @default.
- W3092749856 created "2020-10-22" @default.
- W3092749856 creator A5008220922 @default.
- W3092749856 creator A5012014956 @default.
- W3092749856 creator A5030787033 @default.
- W3092749856 creator A5030847122 @default.
- W3092749856 creator A5043591709 @default.
- W3092749856 creator A5057185598 @default.
- W3092749856 creator A5069756122 @default.
- W3092749856 creator A5073531557 @default.
- W3092749856 creator A5082184280 @default.
- W3092749856 creator A5082643799 @default.
- W3092749856 creator A5087677437 @default.
- W3092749856 creator A5090366405 @default.
- W3092749856 creator A5091362073 @default.
- W3092749856 creator A5091565158 @default.
- W3092749856 creator A5091692866 @default.
- W3092749856 date "2020-10-20" @default.
- W3092749856 modified "2023-10-02" @default.
- W3092749856 title "High‐Pressure Nitrogen‐Extraction and Effective Passivation to Attain Highest Large‐Area Perovskite Solar Module Efficiency" @default.
- W3092749856 cites W1849148947 @default.
- W3092749856 cites W1912809387 @default.
- W3092749856 cites W1965044752 @default.
- W3092749856 cites W1991210869 @default.
- W3092749856 cites W2006304022 @default.
- W3092749856 cites W2006619554 @default.
- W3092749856 cites W2014491100 @default.
- W3092749856 cites W2057327293 @default.
- W3092749856 cites W2075511306 @default.
- W3092749856 cites W2085525582 @default.
- W3092749856 cites W2087642091 @default.
- W3092749856 cites W2114263021 @default.
- W3092749856 cites W2127320550 @default.
- W3092749856 cites W2132189412 @default.
- W3092749856 cites W2213344350 @default.
- W3092749856 cites W2265329223 @default.
- W3092749856 cites W2265452857 @default.
- W3092749856 cites W2300811060 @default.
- W3092749856 cites W2485585547 @default.
- W3092749856 cites W2489689175 @default.
- W3092749856 cites W2510444334 @default.
- W3092749856 cites W2515261178 @default.
- W3092749856 cites W2524345617 @default.
- W3092749856 cites W2534439494 @default.
- W3092749856 cites W2538178401 @default.
- W3092749856 cites W2550449305 @default.
- W3092749856 cites W2551418437 @default.
- W3092749856 cites W2554577195 @default.
- W3092749856 cites W2727102061 @default.
- W3092749856 cites W2731818310 @default.
- W3092749856 cites W2732947202 @default.
- W3092749856 cites W2739705482 @default.
- W3092749856 cites W2752273780 @default.
- W3092749856 cites W2765770387 @default.
- W3092749856 cites W2766380244 @default.
- W3092749856 cites W2790131079 @default.
- W3092749856 cites W2792550615 @default.
- W3092749856 cites W2793123627 @default.
- W3092749856 cites W2800667595 @default.
- W3092749856 cites W2801144773 @default.
- W3092749856 cites W2802461893 @default.
- W3092749856 cites W2806159293 @default.
- W3092749856 cites W2806899900 @default.
- W3092749856 cites W2810698514 @default.
- W3092749856 cites W2883779301 @default.
- W3092749856 cites W2885088646 @default.
- W3092749856 cites W2886314842 @default.
- W3092749856 cites W2893423288 @default.
- W3092749856 cites W2896268144 @default.
- W3092749856 cites W2897126192 @default.
- W3092749856 cites W2901256895 @default.
- W3092749856 cites W2902070141 @default.
- W3092749856 cites W2904190616 @default.
- W3092749856 cites W2910856350 @default.
- W3092749856 cites W2913140650 @default.
- W3092749856 cites W2915726946 @default.
- W3092749856 cites W2921894832 @default.
- W3092749856 cites W2922360715 @default.
- W3092749856 cites W2923019151 @default.
- W3092749856 cites W2938165588 @default.
- W3092749856 cites W2939892801 @default.
- W3092749856 cites W2942972094 @default.
- W3092749856 cites W2943291506 @default.
- W3092749856 cites W2949664934 @default.
- W3092749856 cites W2952213661 @default.
- W3092749856 cites W2963778380 @default.
- W3092749856 cites W2986852877 @default.
- W3092749856 cites W2997320815 @default.
- W3092749856 cites W3005429860 @default.
- W3092749856 cites W3014642024 @default.
- W3092749856 doi "https://doi.org/10.1002/adma.202004979" @default.
- W3092749856 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33079444" @default.
- W3092749856 hasPublicationYear "2020" @default.
- W3092749856 type Work @default.
- W3092749856 sameAs 3092749856 @default.
- W3092749856 citedByCount "127" @default.
- W3092749856 countsByYear W30927498562021 @default.
- W3092749856 countsByYear W30927498562022 @default.