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Dai S. Efficient inorganic solid solar cellscomposedof perovskite and PbS quantum dots
CsPbI3 quantum dot perovskites ... adding Cs - oleate to a flask containing PbI2 precursorto resultin quantum dots solubilized by nanocrystalline iodide and olelyammonium surface ligands
Pb ( DMDC)2ledto the formation of rod‐like Pb ( DMDC)2 embedded with PbS quantum dots ( QDs
surface active additives known to restore nanocrystal stoichiometrycan triggerthe formation of epitaxial superlattices of PbSe and PbS quantum dots
Efficient inorganic solid solar cellscomposedof perovskite and PbS quantum dots
a hybrid structurecomposedof PbS quantum dots and Bi2S3 nanoparticles
the mixture of oil and clays employed by ancient Egyptiansledto the synthesis of 5-nm PbS quantum dots
our ability to construct virus - templated solar cells by applying this strategy to depleted titanialeadsulfide quantum dot ( PbS QD ) bulk heterojunctions
https://doi.org/10.1021/acsphotonics.7b01485 indium oxide ( InOleadsulfide ( PbS ) quantum dots 10.1021 /
sulfide nanocrystals lead sulfide quantum dots lead sulfide quantum dot example of quantum dots colloidal quantum dotsleadsulfide nanocrystals lead sulfide quantum dots lead sulfide quantum dot example of quantum dots colloidal quantum dots
in more efficient charge transfer from QD ( CGM ) to HTMcan resultin more efficient charge transfer from QD ( CGM ) to HTM
a moderate ( up to 50 meV ) decrease in the band gap ( Eg ) of the QDcausesa moderate ( up to 50 meV ) decrease in the band gap ( Eg ) of the QD
The nanocomposites(passive) were composedThe nanocomposites
to the size dependent photocatalytic reduction of CO{sub 2 ... at frequencies ranging from the violet to the orange - red edge of the electromagnetic spectrummore » ( λ ~ 420 to 610 nmleadto the size dependent photocatalytic reduction of CO{sub 2 ... at frequencies ranging from the violet to the orange - red edge of the electromagnetic spectrummore » ( λ ~ 420 to 610 nm
in Strong Photoluminescent Emissionresultingin Strong Photoluminescent Emission
to the improved performance of LEDs constructed with quantum dotswould leadto the improved performance of LEDs constructed with quantum dots
to a strong suppression of the average current in the sequential tunneling regimecan leadto a strong suppression of the average current in the sequential tunneling regime