色散补偿光纤的拉曼放大研究，张为峰，，色散补偿光纤具有较大的非线性效应，因此考虑利用其实现拉曼放大。采用optisystem3.0研究了在特定系统中注入泵浦功率及色散补偿光纤��

具有可调整形态的表面增强拉曼散射的Au / Ag双金属纳米间隙阵列

种子生长的拉曼晶体LiVMoO6的生长和表征

结合小波变换和经验模态分解的拉曼信号去噪研究

该资源内附拉曼光谱背景去噪的程序，基于matlab平台写的

在室温下对通过水热法生长的单个纤锌矿c平面（001）ZnO纳米棒进行了偏振拉曼散射测量。 获得了ZnO纳米棒中声子模式A1（TO），E1（TO）和E2high的拉曼散射强度的极化相关性。 观察到偏振相关拉曼光谱与拉曼选择规则的预测之间的偏差，这可以归因于通过透射电子显微镜，光致发光光谱以及偏振相关拉曼的比较所证实的ZnO纳米棒中的结构缺陷。退火和未退火的ZnO纳米棒的信号。 规范化为E2高声子模式的A1（TO）和E1（TO）声子模式的拉曼张量元素| a / d | = 0.32±0.01，| b / d | = 0.49±0.02和| c / d对于未退火的ZnO纳米棒| | = 0.23±0.01，以及| a / d | = 0.33±0.01，| b / d | = 0.45±0.01和| c / d | = 0.20±0.01，这显示了未退火的ZnO纳米棒。与块状ZnO外延层相比具有很强的各向异性。

Nitridated \beta-Ga2O3 (100) substrate was investigated as the substrate for GaN epitaxial growth. The effects of nitridation temperature and surface roughness of \beta-Ga2O3 wafers on the formation of GaN were studied. It was found that the most optimized nitridation temperature was 900 oC, and hexagonal GaN with preferred orientation was produced on the well-polished wafer. The nitridation mechanism was also discussed.

Nondestructive Raman spectroscopy and external-beam proton-induced X-ray emission (PIXE) technique to analyze eight ancient glasses unearthed from the provinces of Henan, Hubei, and Jiangsu, which allowes for a good characterization of the glass matrix and chemical compositions, is carried out. The results indicate that all the eight glass samples could be typically divided into three systems: faience (sample No. SZWG-4), PbO-BaO-SiO2 (sample Nos. NYWKI-5-1, HNWKII-88, and HNWKII-84), and Na2OCa

提出了一种多普勒激光雷达测风灵敏度实时测量的方法，解决测风时因气溶胶时空变化引入的灵敏度测不准问题。在多普勒测风激光雷达的接收系统中增加两个转动拉曼谱的接收通道，利用分光片和干涉滤光片分离提取大气的弹性散射谱和大气分子的转动拉曼谱，实时获取气溶胶后向散射比以测算灵敏度。系统采用532.25 nm波长的单纵模激光光源，探测出中心波长为531.3 nm和528.7 nm两个转动拉曼谱。对系统进行了数值计算和模拟分析，结果表明在脉冲能量300 mJ，望远镜口径270 mm的条件下，可实时获取低空对流层(5～8 km以下)的气溶胶后向散射比廓线，在线定标，提高了测风的准确度。

lipo_quant_SRH 在刺激的拉曼组织学图像中快速定量脂质 细胞系中脂质定量的例子