Catholuminesence detector for SEM

扫描电子显微镜中的真实的彩色阴极射线发光（ChromaSEM-CL）是高分辨率成像技术的一项新进展，是一项根本性突破（自2004年以来），因为光谱颜色保存揭示了某些矿物内部结构的基本信息，否则这些矿物的发光度很低。这项新技术将大大提高我们在UNB“显微镜和微量分析设施”www.unb.ca/fredericton/science/emunit/以及“材料可视化和分析研究所”http://www.unbf.ca/materials/的能力。ChromaSEM-CL的加入将使含石英的材料特别能够以极高的分辨率进行检查，这支持了材料研究中的各种学科，包括主要申请人对矿物和能源资源研究的兴趣。现在可以研究与石英缺陷中的低水平元素替代有关的其他隐蔽的详细微观结构和缺陷特征的后续研究，这使得复杂的结构和成分变化与NB和世界其他地方的矿石存款和烃形成环境有关。http://www.gatan.com/sem/chromacl.html

Real colour cathodoluminescence in scanning electron microscopes (ChromaSEM-CL) is a new advancement in high resolution imaging technology that is a fundamental breakthrough (since 2004), since spectral colour preservation reveals fundamental information about the internal structures of certain minerals, that otherwise have low luminescence. This new technology will significantly enhance our capabilities in the UNB "Microscopy and Microanalytical Facility" www.unb.ca/fredericton/science/emunit/ as well as with the "Institute of Material Visualization and Analysis" http://www.unbf.ca/materials/ The addition of ChromaSEM-CL will enable quartz-bearing materials especially to be examined at extremely high resolution, which support a wide variety of disciplines in Materials research, including the principle applicant's interest in Mineral and Energy Resources research. Follow up research on otherwise cryptic detailed microtextural and defect features that relate to low level elemental substitutions in quartz defect can now be studied, which enables complex textural and compositional variations to be related to ore deposit- and hydrocarbon-forming environments in NB and elsewhere around the world. http://www.gatan.com/sem/chromacl.html