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1·Luminescence intensity at 640 nm wave length (I640) was the most informative.

发光强度在波长640纳米(I640)是最丰富的。

2·Luminescence intensity increased, but the role of the gate voltage to control current is not ideal.

器件的发光强度有所提高，但栅压对载流子的控制作用不理想。

3·The effect of the synthetic conditions on the relative luminescence intensity was discussed with orthogonal test.

同时，利用正交实验探讨了合成工艺条件对荧光粉相对发光强度的影响。

4·The luminescence intensity is high and stable. Single quantum dots have longer excited state lifetimes, and they appear 10-20 times brighter than organic fluorescent dyes.

其荧光强度高而稳定，单一量子点表现出的荧光亮度和持续时间是普通有机荧光染料的10 ~ 20倍。

5·The manufacture of the rare earth polymer luminescence materials with high luminescence intensity, low cost and good process property will be helpful to solve these problems.

制备出发光强度高、成本低、加工性能优良的稀土高分子发光材料有助于解决这些问题。

6·The doping ions with various valences were selected to verify the charge compensation effect on the luminescence intensity as K and al seem to have similar charge compensation effect.

选择不同价态补偿离子掺杂是为了研究电荷补偿作用机制对该类材料发光性能的作用。

7·The coating is environmentally friendly and has longer luminescence afterglow time and higher luminescent intensity than corresponding luminescent powder.

该发光涂料环境友好，而且比相应的发光材料具有更长的余辉发光时间和更高的发光强度。

8·The luminous intensity of stress luminescence is in direct ratio with the applied stress in the elastic limit.

在弹性限度内，应力发光的发光强度与所施应力成正比。

9·The intensity dependence of integrated luminescence on pump power shows that this is a third-order nonlinear optical effect.

荧光强度与激发光强度的三次方关系表明，有效的荧光产生起源于三阶非线性光学效应的增强。

10·With the raising of baking temperature, the intensity of luminescence was reduced, this may be caused by the changing concentration quenching of the luminescence.

随着焙烧温度的升高，发射强度减弱，这可能是由于猝灭引起的。