Implementation of physical models and algorithms for organic photovoltaic device simulator

有机电子学的最新发展表明，廉价的技术可用于定制和大面积以及大规模定制柔性设备和电路的制造，例如超市货架上商品质量传感器的有源标签，促销期间的大面积信息显示器。有机电子器件的主要优点是可以使用印刷和冲压技术，如办公室（喷墨）或报纸（卷对卷）在室内环境下印刷，而不是昂贵的真空技术，用于制造无机半导体。此外，考虑到废物处理和回收，有机材料对环境更加友好。有机电子学的特征意味着“一次性使用，然后处理”的应用类型，例如，用于包装，标签和显示

Recent development of organic electronics demonstrates inexpensive technologies for custom and large-area and large-scale custom manufacturing of flexible devices and circuits, such as active labels with sensors for quality of goods on the shelves in supermarkets, large-area displays for information during promotions. The main advantage of the organic electronic devices is the possibility of using printing and stamping technologies, as for office (ink-jet) or newspaper (roll-to-roll) printing at room ambient, instead of the expensive vacuum technologies for fabrication of the inorganic semiconductors. In addition, the organic materials are environmentally much friendlier, considering waste disposition and recycling. The features of the organic electronics imply applications of type "use one time, and dispose", e.g., for packaging, labeling and display