The idea of ionoluminescence 3-D imaging is introduced to provide surface structural information of luminescent samples from a depth of tens of micrometers. Application of broad ion beam in an in-air setup results in capturing high resolution 2-D images in short times. Therefore, ionoluminescence 3-D imaging is a non-destructive technique which can extract information such as inhomogeneity, porosity and roughness, especially from historical precious samples. In order to display the capabilities of the ionoluminescence 3-D imaging technique, the 3-D image of an inhomogeneous lapis lazuli sample is produced based on stereo-ionoluminescence approach. The results are indicative of high potentials of the applied imaging technique for revealing surface structural information of luminescent samples.

引入了电致发光3-D成像的想法，以提供数十微米深度的发光样品的表面结构信息。在空中设置中应用宽离子束可在短时间内捕获高分辨率的二维图像。因此，电离发光3D成像是一种非破坏性技术，可以从历史珍贵样品中提取信息，例如不均匀性，孔隙率和粗糙度。为了显示电离发光3D成像技术的功能，基于立体电离发光方法生成了不均一的青金石样品的3D图像。结果表明，所应用的成像技术具有显示发光样品的表面结构信息的巨大潜力。