固态阴极射线发光的发现(1)-京都学术论文网 关键词 固态阴极射线发光，过热电子，发光强度 [gap=383]Keywordssolid state cathodoluminescence(SSCL), hot electrons, luminescence intensity
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EL-INTENSITY Electro Luminescence Intensity 背光灯亮度控制
relative luminescence intensity 相对发光强度
Ultraweak luminescence intensity 超弱发光强度
B3+ -doped LiAl5O8:Fe3+ not only reduces the reaction temperature, but also makes more pure crystals formed. It is an efficient way to regulate the crystal field around Fe3+ ion to change luminescence intensity of Fe3+ ion by B3+ ion-doped.
研究进一步发现,B3+离子在反应中不仅可以起到降低温度,还可以作为结构调整剂形成更纯的LiAl5O8;并且可以通过调整B3+离子的掺杂量调节Fe3+周围的晶体场,从而对LiAl5O8:Fe3+的发光强度进行调制。
参考来源 - 稀土/过渡金属掺杂铝酸盐红色荧光粉的制备及发光性能The luminescence mechanism of the device employing TPBI as host material was discussed in details. The luminescence intensity of the device-TPBI was enhanced by inserting Alq3:DCJTB layer below the light-emitting layer.
详细讨论了以TPBI为发光层主体材料的器件的发光机制,并通过在发光层后面插入Alq3:DCJTB层提高了器件发光强度。
参考来源 - 基于酞菁的有机近红外发光器件与太阳能电池·2,447,543篇论文数据，部分数据来源于NoteExpress
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。
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。
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。
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