光电响应 meaning in English
photoelectric response
Examples
- The optical characteristic and photoelectricity response of zno have been studied in this thesis . in addition , zno - based schottky diodes and zno - based thin - film transistors were fabricated
本文主要研究了zno薄膜的生长及其光学性质和光电响应;制作了肖特基二极管和薄膜晶体管。 - As a result , we found that the photovoltage of both a - fe2o3 and a - fe2o3 / sno2 decreased greatly with the increase of vacuum . at atmosphere , both the materials can came back their original photovoltage intensity . but in ethanol , we could n ' t get the same result
在空气气氛下常时间的恢复，两种材料基本上都可以回到原来的光电响应强度;但在乙醇气氛下，无论恢复多长时间都得不到原来强度的光电响应信号。 - The detector was characterized to have a cutoff wavelength at 340 nm and the photo - responsivity measurements on the pixels result a uv response as high as 0 . 15 a / w , corresponding to an external quantum efficiency of 54 . 8 % in the visible - blind spectral ranging from 400 down to 250 nm
该肖特基光电二极管阵列的光谱响应截止边为340nm 。在400nm至250nm的紫外光盲区域，光电响应测试显示该器件在截止边波长处具有0 . 15a / w的高响应度，相对应的外量子效率为54 . 8 。 - Based on the theory mode , the delay time between the beginning of optical illumination and the onset of lock - on switching was calculated , and the transiting speed of electrons , the traversing velocity of the current filament , was obtained as well . the calculated results matched well the experimental results . taking advantage of the ultra - fast response characteristics of the devices , si - gaas pcss ' s are successfully applied to the broadening test of nanosecond laser pulses
应用单极电荷畴模型数值计算了lock - on效应的光、电时间延迟和载流子的渡西安理工大学硕士学位论文越速度（丝状电流穿越开关间隙的速度） ，所得计算结果与实验测试结果基本吻a利川半绝缘gaas光屯导开关的超快光l匕11向应灯性，成功地应川下纳秒激光脉冲展宽试验中，证明了开关可厂泛应川在超快光电响应和光电反馈网络中。 - Abstract : in fourier transform profilometry , because of the nonlinear relationship between the irradiant incident upon a ccd dete ctor andthe voltage it outputs , it will cause phase evaluation errors . here , we ex plain the errorsource by theoretical deducing , then make a simulation . at last , a method to decrease thiserror is put forward
文摘:在傅里叶变换轮廓术中，由于ccd探测器光电响应的非线性，将在测量中引入高次项，从而对相位的求解造成较大误差，通过理论的推导定性地解释了误差的来由，并用计算机进行了模拟计算，最后提出了减小误差的方法。