1) Red-blue-emitting
红蓝发射
2) blue emission
蓝光发射
1.
The photoluminescence measurements show that the films have strong blue emission.
从导带底到锌缺陷形成的受主能级之间的跃迁可能是产生蓝光发射的原
2.
A 430nm blue emission peak was observed.
用脉冲激光沉积法(PLD)在MgO(100)、α Al2O3 (0001)和MgAl2O4 (111)衬底上沉积了ZnO薄膜,测量了它们的发射光谱,观察到 430nm的蓝光发射,并研究了退火、衬底和激发波长对ZnO薄膜这一蓝光发射的影响。
3.
The spectral characterized techniques were used to study the mechanisms of blue emission in undoped n-type GaN.
使用光谱表征技术研究了非掺杂n型GaN的蓝光发射机理 ,给出了 42 7～ 496nm (2 5～ 2 9eV)范围的蓝光的发光模型。
3) blue luminescence
蓝光发射
1.
The Si O Si bond as a defect center which is broken down by the stress at the Si nc/SiO 2 interface is the primary source of blue luminescence.
SiO2 与纳米晶硅 (nc -Si)界面上与氧有关的缺陷 (NBOHC)是蓝光发射 (2 。
2.
It is found that anodization is the premise of blue luminescence,at the different conditions of which,there will be magnificent transition of the spectra to their height and location as shown that the blue luminescence is superseded by a red emission at increasing anodization.
电化学腐蚀是蓝光发射的前提,但不同的电化学腐蚀条件对发光强度和峰位影响极大,随着电化学腐蚀条件的加强,蓝光峰将被红光峰代替。
3.
Intense blue luminescence is observed at room temperature.
结果表明 :多孔 β SiC薄膜具有较强的蓝光发射特性 ;通过改变腐蚀时间 ,可以改变蓝光发射的强度 ,也可以观察到蓝光 红光同时发射的现象 ;降低HF酸的浓度 ,蓝光发射峰明显变弱 ,并对多孔 β SiC薄膜的发光机理及其微观结构进行了讨论 。
4) blue emission
蓝色发射
5) blue band emission
蓝带发射
6) studying methods
蓝绿光发射
1.
The studying methods of gas liquid two phase flow heat transfer under microgravity is also summanized.
硅基低维材料的可见光发射和ＧａＮ基材料的蓝绿光发射是９０年代半导体薄膜材料发光特性研究的两个新方向。
补充资料：红蓝
1.菊科。一年生草本植物。高三四尺，其叶似蓝。夏季开红黄色花，古代以之制胭脂及红色颜料。中医以之入药，称红花。
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