Al/p-Si/CuPc/Al FOTODIYOTLARIN FOTOVOLTAIK İNCELENMESI

Zöhre GÖRÜNMEZ GÜNGÖR, B. Coşkun, M. İlhan, M. M. Koç
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Abstract

Phthalocyanine is used in many scientific and industrial fields such as nonlinear optical devices, electrophotographic applications, photodynamic therapy applications, infrared applications, sensor applications and catalyst applications. The applications of the phthalocyanine molecule in hetero-compound structures have been studied before. The obtained results revealed that phthalocyanine can be used in photodetector and photodiode applications. Organic detectors can be applied to flexible surfaces and their production costs are lower than metal-based photodetectors. Considering these features of organic detectors, phthalocyanine-based organic photodiodes were produced by using copper-phthalocyanine salts in our project. The optoelectronic properties of the produced Al/p-Si/CuPc/Al photodiodes were investigated, and their I – V, I – t, and photoresponsivity behaviours were evaluated. Since I-V measurements show that the current changes with the increase of illumination intensities, our study shows that Al/p-Si/CuPc/Al structures have photodiode properties.
酞菁用于许多科学和工业领域,如非线性光学器件,电子摄影应用,光动力治疗应用,红外应用,传感器应用和催化剂应用。酞菁分子在杂化合物结构中的应用已有研究。结果表明,酞菁可用于光电探测器和光电二极管。有机探测器可以应用于柔性表面,其生产成本低于金属基光电探测器。考虑到有机探测器的这些特点,本项目采用铜-酞菁盐制备了酞菁基有机光电二极管。研究了制备的Al/p-Si/CuPc/Al光电二极管的光电性能,并对其I - V、I - t和光响应性进行了评价。由于I-V测量表明电流随光照强度的增加而变化,我们的研究表明Al/p-Si/CuPc/Al结构具有光电二极管特性。
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