大面积阴极发光高谱成像用于地质矿石检测

阴极发光CL与其他SEM探测技术的区别

阴极发光CL与其他SEM探测技术的区别 研究材料最常用的SEM表征手段是什么？ 从这些常用的SEM表征手段可以获得什么材料信息？ 阴极发光CL探测技术与其他SEM表征手段有什么不同？ 阴极发光CL成像的5大优势

6 imaging modes of cathodoluminescence detector

阴极荧光光谱仪 6种先进成像模式 光强映射 角分辨 高谱像 时间分辨 极化成像 动量成像 时间分辨阴极发光成像系统LAB Cube网络研讨会视频-Delmic Time-resolved cathodoluminescence presentation 视频:先进阴极发光系统-delmic SPARC系统使用介绍 苏州德尓微仪器有限公司，位于苏州相城区长三角国际研发启动区。作为荷兰Delmic公司中国授权代理商，我们提供集成光电联用（iCLEM）和高性能阴极发光光谱仪（时间分辨、角分辨）销售和服务。 更多信息欢迎联系苏州德尓微仪器 苏州德尓微仪器有限公司 电话：0512 8166 0899 地址：苏州相城区长三角国际研发启动区 官网：www.dervee.com

时间分辨阴极荧光应用案例：Cathodoluminescence g(2) imaging

The g(2) function (also known as second order autocorrelation function) is a very useful tool to observe how the light is distributed in time. It essentially describes the probability of seeing more than one photon at the same time and can be used to identify and characterize single-photon emitters at the nanoscale. The g(2) imaging can be detected with the SPARC LAB Cube, a time-resolved detector unit, which contains appropriate coupling optics, a beam splitter, two SPDs, and neutral density/color filters for control of the intensity and studied wavelength band. The LAB Cube is coupled with the SPARC spectral system, which allows to switch between g(2) detection and other various imaging modes, such as lifetime, hyperspectral, and angle-resolved CL imaging. To read more about the g(2) imaging and its possibilities for different applications, please download the technical note below.

您需要了解的先进阴极发光系统

如果您的研究兴趣在纳米光子学、材料科学或地质领域，您一定听说过阴极发光探测。 如果没有这方面的了解， 以下我们将为您讲述关于阴极发光探测的相关知识。 内涵相关PPT、视频讲解等