1) photovoltaic effect
光伏效应
1.
The characterization of photochemistry and photoelectricity transform have been investigated by fluorescene and photovoltaic effect.
按文献方法合成了共价键连卟啉-富勒烯化合物,通过荧光光谱和光伏效应测得它们的光化学和光电转换性能,并对卟啉-富勒烯化合物的轴向配位进行了初步探究。
2.
The bright-dark vector spatial solitons are predicted in biased photorefractive-photovoltaic crystals, which result from both the bulk photovoltaic effect and the spatially nonuniform screening of the external bias field.
提出了有偏压光伏光折变晶体中存在着明暗矢量孤子,它起源于对外电场的非均匀空间屏蔽和光伏效应。
3.
Spatial solitons result from both the photovoltaic effect and the spatially nonuniform screening of the external bias field.
在低振幅区域 ,由它得到了起源于对外电场的非均匀空间屏蔽和光伏效应的空间孤子 。
2) photovoltaic effect
光伏打效应
3) photovoltaic effect
光生伏打效应<光>
4) photovoltaic effect
光电效应，光生伏打效应
5) photovoltaic effect
光生伏打效应
1.
The migration of the photocarrier and the formative process of space field induced by photocarrier s drift, diffusion and photovoltaic effect were studied.
探讨了光生载流子在漂移、扩散和光生伏打效应三种机制下输运迁移以及空间电荷场的形成过程。
2.
We have observed, for the first time, a pair and an array of optical vortex solitons due to the photovoltaic effect in crystal LiNbO 3:Fe , and the circle and elliptical waveguides were written by them successfully.
在LiNbO3 ∶Fe晶体中观察到由光生伏打效应实现的涡旋孤子对和涡旋孤子阵列并成功地由它们写入了圆形和椭圆形波导 。
3.
, drift under an applied field and the photovoltaic effect, are added.
在某些情况下加上两个修正,即有外场时的漂移机制和光生伏打效应。
6) photovoltaic effect
光生伏特效应
1.
An online non-contact fault detection method for LED chip in packaging is presented based on the photovoltaic effect in diode.
本文根据pn结的光生伏特效应,提出了一种针对LED封装半成品的非接触在线检测方法。
2.
The system is based on the photovoltaic effect in diode and controlled by C8051F020 MCU(Micro Controller Unit).
系统采用C8051F020单片机进行控制,利用LED p-n结的光生伏特效应,通过对光生伏特效应中产生的光生短路电流的测量,实现对LED芯片质量及芯片与引线支架电气连接状态的检测。
补充资料：光伏打效应
分子式：
CAS号：
性质：在光的作用下，体系激发后产生电荷载流子，而由于电子和空穴迁移速度和寿命不同，在载流子浓度梯度驱动下，电子和空穴分布层面之间形成一个电势场，即光(致)伏特，这种效应称为光伏打效应。
CAS号：
性质：在光的作用下，体系激发后产生电荷载流子，而由于电子和空穴迁移速度和寿命不同，在载流子浓度梯度驱动下，电子和空穴分布层面之间形成一个电势场，即光(致)伏特，这种效应称为光伏打效应。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条