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Current-voltage characteristics of organic materials similar to inorganic p-n homo-junction

机译:类似于无机p-n同质结的有机材料的电流-电压特性

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References(14) We have evaluated the electric characteristics of an organic surfactant material, n-Cethyl-trimethyl-ammonium Bromide (C16TAB) to fabricate the p-n homo-junction. This C16TAB was dissolved in the pure water, where the potassium iodide (KI) was added. The impurities adaptation has been processed in this mixed solution with the application of voltage. The KI is ionized in the water and the potassium ion is moved to the negative electrode and the iodine ion to the positive electrode. We collected the solution in the vicinity of both electrodes separately, and dried it to fabricate the samples. We measured the resistivities of both samples which were in the range of 10+3Ωcm. Both materials were contacted, and we measured the current-voltage (I-V) characteristics. We have obtained the I-V characteristics similar to a p-n homo-junction.
机译:参考文献(14)我们评估了有机表面活性剂材料正乙基溴化三甲基溴化铵(C16TAB)的电特性,以制造p-n同质结。将此C16TAB溶解在纯水中,在其中加入碘化钾(KI)。在施加电压的情况下,已经在该混合溶液中处理了杂质适应性处理。 KI在水中被离子化,钾离子移至负极,碘离子移至正极。我们分别在两个电极附近收集溶液,并将其干燥以制作样品。我们测量了两个样品的电阻率,均在10 +3Ωcm的范围内。两种材料都接触了,我们测量了电流-电压(I-V)特性。我们已经获得了类似于p-n同质结的I-V特性。

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