https://gw0742agonist.com/cochlear-air-duct-period-along-with-cochlear-length-upon-preoperative-ct-image/ Such an operating cap layer efficiently passivates trap states and establishes a gradient vitality positioning onto perovskite, facilitating the efficient fee transfer and extraction. The as-fabricated inverted PSCs capped with such ultrathin PCBM display a record PCE of 20.07%. After the storage under a N2 environment for over 500 h, the PCE of PSCs retains over 85% of its initial amount. Our work provides a successful solution to upgrade inverted PSCs with all the C60 framework with improved effectiveness and security.Altering the charge company transport polarities of organic semiconductors by molecular orbital distribution has attained great interest. Herein, we report two isomeric azulene-decorated naphthodithiophene diimide (NDTI)-based triads (e.g., NDTI-B2Az and NDTI-B6Az), for which two azulene units had been related to NDTI in the 2-position associated with azulene band in NDTI-B2Az, whereas two azulene products were added to NDTI at the 6-position associated with the azulene ring in NDTI-B6Az. The two isomeric triads had been excellently soluble in common organic solvents. Density useful theory computations in the molecular orbital distributions associated with the triads expose that the cheapest unoccupied molecular orbitals are totally delocalized on the whole molecule both for NDTI-B2Az and NDTI-B6Az, indicating great potential for n-type transportation behavior, whereas the highest occupied molecular orbitals tend to be primarily delocalized within the whole molecule for NDTI-B2Az or only localized during the two terminal azulene units for NDTI-B6Az, implying great possibility of p-type transportation behavior for the former and a disadvantage of hole service transport for the latter. Under background circumstances, solution-processed bottom-gate top-contact transistors centered on NDTI-B2Az revealed ambipolar field-effect transistor (FET) charact