| Spatial resolution in imaging is defined by the number of pixels in an image. The more pixels that an image of a given sample area contains, the greater the image fidelity. However, the resolution of an image is ultimately limited by the imaging optics and the wavelengths of light that comprise the image. In infrared hyperspectral imaging, the issues associated with high-resolution imaging are somewhat serious and include, but are not limited to, large file sizes.
The Nicolet? Continuµm? XL uses a novel technique for resolution enhancement that does not involve additional optics or large format cameras. Introduced in the OMNIC? Atlµs? 7.2 software, oversampled high-definition infrared imaging offers the ability to vary image fidelity via software controlled data acquisition. Two significant advantages of this software-based approach to high definition imaging are (1) the signal-to-noise is largely independent of resolution, and (2) a range of resolutions may be provided that are not limited by the availability of optics or cameras.
Interested? Download the full article in PDF format from the link on the left. |
1 Items Total 2,415.00 USD 