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- infrared luminescence spectrum 红外线发光光谱
- Blue shift appears on the absorb edgea in the absorption spectrum and also on the exciton band edge emission peaks in the luminescence spectrum. 在光致发光谱中;不仅激子直接复合产生的带边发射产生了蓝移;而且陷阱态复合产生的宽带发射也发生了蓝移.
- Together with luminescence spectra, X-ray photoelectron spectroscopy (XPS) and electron paramagnetic resonant (EPR), core-shell structure of nanocrystalline ZnO was put forward. 结合发光光谱、X射线光电子能谱（XPS）和电子顺磁共振（EPR）结果，提出了核-壳氧化锌（ZnO）结构。
- Photoelectronic and photorefractive nonlinear optical crystals, Such as Photorefractive properties, nonlinear optics, Roman spectra and Luminescence spectra. 光电及光折变非线性光学晶体材料性能研究。
- Synthesis of Nanocrystalline ZnO and Its Luminescence Spectrum 纳米ZnO微晶的合成及其发光特性
- Keywords Galactitol;Luminescence spectrum;Lanthanide complex; 半乳糖醇;荧光光谱;稀土配合物;
- The experiment results show that the prepared YPO4 : Tb is about 40 nm. As a result the method of copricipation is a better way to prepare Nanostructured particles. The luminescence spectra of nanosized YPO4: Tb shows that it emits bright green. 实验结果表明合成的YPO4:Tb粒径大约为40nm左右;并且从其发射光谱中可以看出合成的纳米级YPO4:Tb有明亮的绿光发射.
- The luminescence spectra of the doped BGO obtained under Xe lamp excitation with different wavelengths can be explained by an energy transfer process between the Bi~(3+) center rand the doping materials. Xe灯中不同波长激发所得到掺杂BGO的发光光谱可通过Bi~(3+)心和掺杂材料之间能量传输过程加以解释。
- Effects of Network Modifier on the Broadband Infrared Luminescence From Bismuth-doped Silicate Glasses 碱性氧化物对铋掺杂硅酸盐玻璃超宽带红外发光的影响
- The thing of luminescence is not sure all gold. 发光的东西未必都是黄金。
- Keywords chalcogenide glasses;micro-crystallization;infrared luminescence;nonlinear optics;irradiation induced effects; 硫系玻璃;微晶化;红外发光;非线性光学;辐照诱导效应;
- The survey covered a broad spectrum of topic. 这本简史涉及的话题范围很广。
- Infrared light or the infrared part of the spectrum. 红外线红外线光或光谱的红外线部分
- Total luminescence spectra (TLS) 总荧光光谱
- This paper discussed the emendation of the luminescent spectra of semiconductor films. 摘要讨论了半导体发光薄膜的光致发光谱修正要点。
- Red and violet are at opposite ends of the spectrum. 红色和紫色位于光谱相对的两端。
- near infrared luminescence 近红外线发光
- All EL spectra of the samples can be decompounded into two Gaussian luminescent spectra with peaks at 1.85? eV (670?nm) and 2.26? eV (550?nm). 所有样品的电致发光谱都可分解为相对高度不等的中心位于 2 .;2 6eV(5 5 0nm)和 1
- broadband infrared luminescence 近红外超宽带发光
- The gunsight has an infrared lens for night vision. 射击瞄准器装有用于夜间视力的红外线镜头。
