A fu yu tu lao9/9/2023 Overall, PM6:DTTC-4Cl affords an outstanding PCE of 15.42% with a V OC of 0.92 V, a J SC of 22.64 mA cm −2 and a FF of 74.04%, which is the record PCE observed in carbazole-based NFAs. lung - ch'ao Tung - sash - mu Lao - chuang - tu Lao chih chung 1-56 53-57. 1, Lao nian xing pi fu bing zhen liao tu pu / Yu Rui Yao, Xi Jun bian zhu. 9-25 liad ting Fu - two - klo Fai - ching 1- heuch - yuan Lao - ch'iang. Moreover, DTTC-4Cl demonstrates a red-shifted absorption in comparison with DTTC-4F, which is beneficial for light-harvesting. You searched UTAR - Title: Lao nian bing ke / zhu bian Li Yan fu zhu bian. Since chlorinated NFAs are known to possess stronger π–π interaction than fluorinated NFAs, DTTC-4Cl was therefore synthesized by end-capping DTTC core with 2Cl-IC groups instead of 2F-IC groups. Watch these videos carefully and practice making the correct sounds. Below are links to videos in the Yabla format that illustrate the difference. For 'sh', the tip of the tongue should be on the roof of the mouth, and 'x' the tip of the tongue should be behind the lower teeth. Although DTTC-4F affords a reduced FF compared to DTC-4F, a DTTC-4F-based device delivers a higher PCE than DTC-4F-based devices due to the extended absorption range of DTCC-4F in comparison with DTC-4F. The tongue and lip positions are very different. 105 reported that Re Du Ning Injection could markedly reduce the levels of IL-1, TNF-, IL-8, IL-10, and some other cytokines of LPS-induced model of acute lung injury in rats. He wen hua shen yu & Xuan fu wu zi cai Harmonious Culture. PM6:DTTC-4F exhibits a decent PCE of 13.89% with a V OC of 0.95 V, a J SC of 21.66 mA cm −2 and a FF of 67.60%. 104 reported that Shen Fu Injection could inhibit the lung inflammation and decrease the levels of IL-1, IL-6 and other cytokines. Tu shu guan yuan qu zhiye hua wenti, yuan yin ji dui ce yan jiuThe. Compared with DTC-4F, DTTC-4F features up-shifted energy levels, red-shifted absorption and enhanced π–π interaction. DTTC-4F was designed through conjugation extension on the basis of DTC-4F by fusing one additional thiophene on both flanks of the heptacyclic DTC core, generating the nonacyclic DTTC core. In this contribution, a dithienocyclopentacarbazole (DTC)-based and two dithienothiophenecyclopentacarbazole (DTTC)-based non-fullerene acceptors (NFAs) named DTC-4F, DTTC-4F and DTTC-4Cl were exploited to elucidate the effects of conjugation extension and end group chlorination.
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