eqe

The main improvement in open-circuit voltage and the EQE come from the emitter surface passivation and the lower surface concentration .

开路电压和短波光谱响应的提高主要来自于前表面的钝化和适当地降低了表面浓度。

So far there are still many factors to limit development of polymer solar cells . In order to push the commercialization of polymer solar cells , it is necessary to improve power conversion efficiency , EQE response and stability of the devices .

目前有机聚合物太阳能电池的发展仍受到很多因素的制约，在光电转换效率、光谱响应范围、电池的稳定性方面都需要进行大力改进才能推进有机聚合物太阳电池的商业化进程。

The deep blue emission together with the high color purity and the high EQE , make these polymers promising candidates for blue emitting PLEDs .

这些聚合物发深蓝光，具有高光纯度和高表观量子效率，使其有望应用于蓝色发光PLEDs。

Combined with the EQE spectrum , we proposed that the absorption layer was not thick enough to absorp all the incident lights , which could affect the Jsc and spectral response of the devices .

结合器件外量子效率谱的测试结果，我们发现较薄的吸收层厚度会导致器件对入射光的吸收不充分，进而影响了器件短路电流和光谱响应。