Electronic-, Optical-, and Temperature-Dependent Carrier Mobility Simulations of Perovskite-Type Liganded PbS Quantum Dot Array

Figure 6

(a) Resistance with respect to the length of the MD region for FA-liganded QD array junction. The y-scale is in . Linear regression (red solid line) is performed to extract the resistivity . The temperature is 300 K. (b) Resistance with respect to the length of the MD region for Cl-liganded QD array junction. The y-scale is in . Linear regression (red solid line) is performed to extract the resistivity . The temperature is 300 K. (c) Log-linear plot of the mobility with respect to temperature. FA-liganded QD (red solid line with circle marker) has higher mobility than that of Cl-liganded QD (blue solid line with square marker) near the room temperature.

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(b)

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