The spectral imaging experiment is carried out with the prototype in laboratory and an clear image has beer obtained in visible and near-infrared (VNIR) region.
用该样机进行了实验室干涉成像光谱实验，获取了较为清晰的可见光、近红外谱段干涉成像图像。
Therefore, spectral imaging technology is the combination of spectral analysis and image analysis. Compared to the general spectroscopy, it has a great advantage in information extraction.
因此，在信息提取技术方面比起传统的光谱技术和成像技术提供更丰富、全面的信息。
Multispectral imaging techniques providing additional useful spectral information in common pathological samples are used for image acquisition.
论文采用了一种新颖的多光谱成像技术，所采集的图像可以提供更多反映物质特性的光谱信息。
The imaging spectrometer MSI200 can demonstrate object through image and extract the pure spectral information that can be use to distinguish and engender single image.
MSI200型成像光谱仪因能成像，可通过图像明确地物目标，并得到该地物纯光谱信息，可以利用该信息进行地物分类识别并成图。
The imaging spectrometer MSI200 can demonstrate object through image and extract the pure spectral information that can be use to distinguish and engender single image.
MSI200型成像光谱仪因能成像，可通过图像明确地物目标，并得到该地物纯光谱信息，可以利用该信息进行地物分类识别并成图。
应用推荐