Matches in SemOpenAlex for { <https://semopenalex.org/work/W2969263986> ?p ?o ?g. }
- W2969263986 endingPage "33123" @default.
- W2969263986 startingPage "33116" @default.
- W2969263986 abstract "Infrared applications remain too often a niche market due to their prohibitive cost. Nanocrystals offer an interesting alternative to reach cost disruption especially in the short-wave infrared (SWIR, λ < 1.7 μm) where material maturity is now high. Two families of materials are candidate for SWIR photoconduction: lead and mercury chalcogenides. Lead sulfide typically benefits from all the development made for a wider band gap such as the one made for solar cells, while HgTe takes advantage of the development relative to mid-wave infrared detectors. Here, we make a fair comparison of the two material detection properties in the SWIR and discuss the material stability. At such wavelengths, studies have been mostly focused on PbS rather than on HgTe, therefore we focus in the last part of the discussion on the effect of surface chemistry on the electronic spectrum of HgTe nanocrystals. We unveil that tuning the capping ligands is a viable strategy to adjust the material from the p-type to ambipolar. Finally, HgTe nanocrystals are integrated into multipixel devices to quantize spatial homogeneity and onto read-out circuits to obtain a fast and sensitive infrared laser beam profile." @default.
- W2969263986 created "2019-08-29" @default.
- W2969263986 creator A5004140383 @default.
- W2969263986 creator A5006938149 @default.
- W2969263986 creator A5011687105 @default.
- W2969263986 creator A5013212224 @default.
- W2969263986 creator A5026310400 @default.
- W2969263986 creator A5036081515 @default.
- W2969263986 creator A5048091447 @default.
- W2969263986 creator A5053045891 @default.
- W2969263986 creator A5067512025 @default.
- W2969263986 creator A5068244023 @default.
- W2969263986 creator A5077873373 @default.
- W2969263986 creator A5077976937 @default.
- W2969263986 creator A5086644854 @default.
- W2969263986 creator A5088958785 @default.
- W2969263986 creator A5089565672 @default.
- W2969263986 date "2019-08-20" @default.
- W2969263986 modified "2023-10-16" @default.
- W2969263986 title "HgTe Nanocrystals for SWIR Detection and Their Integration up to the Focal Plane Array" @default.
- W2969263986 cites W1963721320 @default.
- W2969263986 cites W1977848365 @default.
- W2969263986 cites W1982520206 @default.
- W2969263986 cites W2024583298 @default.
- W2969263986 cites W2029719337 @default.
- W2969263986 cites W2034294182 @default.
- W2969263986 cites W2055878835 @default.
- W2969263986 cites W2068732553 @default.
- W2969263986 cites W2073593109 @default.
- W2969263986 cites W2077473599 @default.
- W2969263986 cites W2089335743 @default.
- W2969263986 cites W2105588444 @default.
- W2969263986 cites W2113358728 @default.
- W2969263986 cites W2125482708 @default.
- W2969263986 cites W2139836162 @default.
- W2969263986 cites W2159098299 @default.
- W2969263986 cites W2170796355 @default.
- W2969263986 cites W2282287239 @default.
- W2969263986 cites W2313807043 @default.
- W2969263986 cites W2323374456 @default.
- W2969263986 cites W2332429419 @default.
- W2969263986 cites W2396666660 @default.
- W2969263986 cites W2494350585 @default.
- W2969263986 cites W2515428772 @default.
- W2969263986 cites W2525438076 @default.
- W2969263986 cites W2527913842 @default.
- W2969263986 cites W2554055570 @default.
- W2969263986 cites W2604318329 @default.
- W2969263986 cites W2614832517 @default.
- W2969263986 cites W2616086466 @default.
- W2969263986 cites W2622466845 @default.
- W2969263986 cites W2758532960 @default.
- W2969263986 cites W2762019160 @default.
- W2969263986 cites W2770043357 @default.
- W2969263986 cites W2796026586 @default.
- W2969263986 cites W2799838371 @default.
- W2969263986 cites W2806008554 @default.
- W2969263986 cites W2816619073 @default.
- W2969263986 cites W2883250957 @default.
- W2969263986 cites W2888491019 @default.
- W2969263986 cites W2895759650 @default.
- W2969263986 cites W2897691969 @default.
- W2969263986 cites W2899380448 @default.
- W2969263986 cites W2903039112 @default.
- W2969263986 cites W2903663797 @default.
- W2969263986 cites W2911375226 @default.
- W2969263986 cites W2912034679 @default.
- W2969263986 cites W2917494741 @default.
- W2969263986 cites W2917840800 @default.
- W2969263986 cites W2943796566 @default.
- W2969263986 cites W2946118417 @default.
- W2969263986 doi "https://doi.org/10.1021/acsami.9b09954" @default.
- W2969263986 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31426628" @default.
- W2969263986 hasPublicationYear "2019" @default.
- W2969263986 type Work @default.
- W2969263986 sameAs 2969263986 @default.
- W2969263986 citedByCount "48" @default.
- W2969263986 countsByYear W29692639862019 @default.
- W2969263986 countsByYear W29692639862020 @default.
- W2969263986 countsByYear W29692639862021 @default.
- W2969263986 countsByYear W29692639862022 @default.
- W2969263986 countsByYear W29692639862023 @default.
- W2969263986 crossrefType "journal-article" @default.
- W2969263986 hasAuthorship W2969263986A5004140383 @default.
- W2969263986 hasAuthorship W2969263986A5006938149 @default.
- W2969263986 hasAuthorship W2969263986A5011687105 @default.
- W2969263986 hasAuthorship W2969263986A5013212224 @default.
- W2969263986 hasAuthorship W2969263986A5026310400 @default.
- W2969263986 hasAuthorship W2969263986A5036081515 @default.
- W2969263986 hasAuthorship W2969263986A5048091447 @default.
- W2969263986 hasAuthorship W2969263986A5053045891 @default.
- W2969263986 hasAuthorship W2969263986A5067512025 @default.
- W2969263986 hasAuthorship W2969263986A5068244023 @default.
- W2969263986 hasAuthorship W2969263986A5077873373 @default.
- W2969263986 hasAuthorship W2969263986A5077976937 @default.
- W2969263986 hasAuthorship W2969263986A5086644854 @default.
- W2969263986 hasAuthorship W2969263986A5088958785 @default.
- W2969263986 hasAuthorship W2969263986A5089565672 @default.