Table 4 Current Density in Halide Perovskites: Thickness Dependence Analyzed by DSC-DQ with RSK at Varying Grid Points (N), Compared to Prior Studies \((2M+1=3,\sigma =2.25{h}_{z }, \alpha =1\text{ and }\beta =2)\).
From: Fractional differential quadrature method for modeling composite halide perovskite solar cells
Method | Halide perovskite thickness (nm) | |||||
|---|---|---|---|---|---|---|
100 | 200 | 400 | 600 | 800 | 1000 | |
DSC-DQ (RSK) | ||||||
N = 3 | 80.579 | 113.470 | 142.927 | 154.053 | 152.997 | 152.009 |
N = 5 | 79.291 | 112.479 | 142.471 | 153.753 | 152.423 | 151.127 |
N = 7 | 78.247 | 111.225 | 141.157 | 152.747 | 151.984 | 150.571 |
N = 9 | 78.247 | 111.225 | 141.157 | 152.747 | 151.984 | 150.571 |
N = 11 | 78.247 | 111.225 | 141.157 | 152.747 | 151.984 | 150.571 |
78.247 | 111.225 | 141.157 | 152.747 | 151.984 | 150.571 | |
Theoretical results32 | 78.247 | 111.225 | 141.157 | 152.747 | 151.984 | 150.571 |
78.247 | 111.225 | 141.157 | 152.747 | 151.984 | 150.571 | |
Time of performance | 8.15 (second) – uniform grids \(\ge 7\) | |||||
