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To study the effect of the modifica
To study the effect of the modification of the iron surface on the optical properties of the sample, the diffuse reflection spectrum (DRS) of the solid sample was tested as shown in Figure 3-3 (a). Compared to FL-MS, it can be observed that the absorption of Fe-FL-MS in the visible region is significantly improved. At the same time, the edge of the Fe-FL-MS absorbent band moves slightly towards the blue, allowing Fe-FL-MS to react better to visible light and to increase the forbidden band to recombine the support. According toformula ahv = A (v-Eg) hn / 2, the band gap of the FL-MS and Fe-FL-MS samples is calculated at 1.61 eV and 1.74 eV, respectively, and the band gap of the sample is increased by 0, iron 13eV after surface modification. According to the diagram of the Schottky curve 3-3 (b), the position of the conduction band of the sample was found to be negatively shifted by 0.13 eV, which exactly corresponds to the change in the forbidden band. After gluing, the change in position of the conduction tape is shown in Figure 3-3 (c). Show off. Thus, the modification of the surface of the wrought iron improves the light absorption capacity and the low light generation capacity to recover the electrons from the MoS2 sample in several layers.
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为了研究铁表面改性对样品光学性能的影响，如图3-3（a）所示测试了固体样品的漫反射光谱（DRS）。与FL-MS相比，可以观察到Fe-FL-MS在可见光区域的吸收显着提高。同时，Fe-FL-MS吸收带的边缘向蓝色稍微移动，从而使Fe-FL-MS对可见光有更好的反应，并增加了禁带以重新结合支撑物。根据<br>公式ahv = A（v-Eg）hn / 2，计算FL-MS和Fe-FL-MS样品的带隙分别为1.61 eV和1.74 eV，并且样品的带隙增加0 ，表面改性后的铁为13eV。根据肖特基曲线3-3（b）的图表，发现样品的导带位置向负方向偏移了0.13 eV，这恰好对应于禁带的变化。粘合后，导电带的位置变化如图3-3（c）所示。炫耀。因此，锻铁表面的改性提高了光吸收能力和低的光产生能力，以便从MoS2样品中分几层回收电子。
正在翻译中..
To study the effect of the modification of the iron surface on the optical properties of the sample, the diffuse reflection spectrum (DRS) of the solid sample was tested as shown in Figure 3-3 (a). Compared to FL-MS, it can be observed that the absorption of Fe-FL-MS in the visible region is significantly improved. At the same time, the edge of the Fe-FL-MS absorbent band moves slightly towards the blue, allowing Fe-FL-MS to react better to visible light and to increase the forbidden band to recombine the support. According to<br>formula ahv = A (v-Eg) hn / 2, the band gap of the FL-MS and Fe-FL-MS samples is calculated at 1.61 eV and 1.74 eV, respectively, and the band gap of the sample is increased by 0, iron 13eV after surface modification. According to the diagram of the Schottky curve 3-3 (b), the position of the conduction band of the sample was found to be negatively shifted by 0.13 eV, which exactly corresponds to the change in the forbidden band. After gluing, the change in position of the conduction tape is shown in Figure 3-3 (c). Show off. Thus, the modification of the surface of the wrought iron improves the light absorption capacity and the low light generation capacity to recover the electrons from the MoS2 sample in several layers.
正在翻译中..
为了研究铁表面改性对样品光学性能的影响，对固体样品的漫反射光谱（DRS）进行了测试，如图3-3（a）所示。与FL-MS相比，Fe-FL-MS在可见光区的吸收明显提高。同时，Fe-FL-MS吸收带的边缘稍微向蓝色移动，使得Fe-FL-MS对可见光有更好的反应，增加了禁止带对载体的重新组合。根据<br>公式ahv=A（v-Eg）hn/2，分别计算了FL-MS和Fe-FL-MS样品在1.61ev和1.74ev下的带隙，表面改性后样品的带隙增加了0，铁13eV。根据肖特基曲线图3-3（b），发现样品的导带位置负移了0.13ev，与禁带的变化正好对应。胶合后，导电带的位置变化如图3-3（c）所示。炫耀。因此，对锻铁表面的改性提高了吸收光的能力和从多层MoS2样品中恢复电子的低发光能力。<br>
正在翻译中..
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