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聚合物光电池和光探测器已经发展成为成熟的技术。聚合物光电池的能量转换效率已提 高到超过 4.1％ (500nm， 10mW/cm2)。这些高效聚合物光电池，很有希望用于包括电子报，电子书和智能窗等在内的很多领域。聚合物光探测器发展更快，其性能参数已改进到能满足许多实际 应用的要求。聚合物光探测器具有高光灵敏度 (在可见光和紫外光范围约 0.2～ 0.3A/W)，低暗电流 (0.1～ 1nA/cm2)，大动态范围 (>8个数量级 )，线性电流光强关系，低噪声电平和快响应时间 (ns量级 )。这些器件表现出很长的存贮寿命和工作寿命。由于聚合物光探测器生产成本低，检 测面积大，以及易于与其它电、光器件组合和集成等优点，可适合化学 /生物分析，全彩色数字图象信号检测和高能辐射测量等聚合物光探测器。
Polymer photo-cells and photodetectors have evolved to mature technologies. The energy conversion efficiency of polymer photovoltaic cells has been increased to more than 4.1% (500nm, 10mW / cm2). These highly efficient polymer photovoltaic cells are promising for use in many fields including electronic newspapers, e-books and smart windows. Polymer photodetectors have evolved faster and their performance parameters have been improved to meet many practical application requirements. The polymer photodetector has high light sensitivity (about 0.2 ~ 0.3A / W in the visible and UV range), low dark current (0.1 ~ 1nA / cm2), large dynamic range (> 8 orders of magnitude), linear current intensity relationship , Low noise level and fast response time (ns magnitude). These devices show a long storage life and working life. Due to its low production cost, large detection area, and its ease of combination and integration with other electrical and optical devices, polymer photodetectors are ideal for polymer light such as chemical / biological analysis, full color digital image signal detection and high energy radiation measurement detector.