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Enhanced Charge Separation in Ternary P3HT/PCBM/CuInS<sub>2</sub> Nanocrystals Hybrid Solar Cells

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Figure 2 | LESR spectra of thin films of binary blends containing DDT- or EHT-capped NCs and PCBM (a,c) or P3HT (b,d), recorded in the dark or under 473-nm illumination (P microwave 5 20 dB (100 mW), P laser 5 22 mW).
Table 1 | LESR peak intensity ratio P3HT 1 u/PCBM – u measured for the different blends and intensity (peak-peak) I (6 min) after 6 min relaxa- relaxa-tion time at 20 K with respect to the initial intensity I 0 for P3HT 1 u and PCBM – u
Figure 4 | (a) J(V) curves obtained under simulated solar light (AM1.5 one sun conditions) of solar cells containing ternary blends of P3HT, PCBM and DDT- or EHT-capped CuInS 2 NCs (15150.5 mass ratio) after 15 min annealing at 120uC
Figure 5 | Electric field dependence of the electron mobility measured at room temperature

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