CONVENTIONAL prism monochromators have two main limitations: a limited resolution due principally to the finite size of the prism; and impurity of spectrum owing to light scattered from various ...

A quadruple monochromator has now been constructed on the same principle, and our experience indicates that the construction of higher-order monochromators will not be unduly difficult. Nature - A ...

McPherson multiple pass monochromators allow you to work with low f/number, great throughput and twice the resolution. Multiple pass, double dispersion accessory optics are now available for the 0.67 ...

A monochromator is a device that separates different wavelengths of light from a given light source. The main components typically include an entrance slit, mirrors and a light disperser. 3 A prism or ...

Mini-Chrom monochromators are a family of compact, in-line Fastie-Ebert monochromators with a 74mm focal length and operating ranges extending from 190nm – 2200nm.Compatible with UV, visible, and NIR ...

Optometrics Corp. has manufactured over 20,000 Mini-Chrom monochromators since their initial introduction in 1978. The majority have been incorporated into a variety of analytical and biomedical ...

In ratio fluorometric experiments a scanning monochromator is useful for investigating intracellular cation concentrations. This article describes the various benefits of using the scanning ...

The FHR 1000 spectrometer, with the quickest direct drive in its class, offers a unique combination of speed, accuracy, and high resolution, entirely redefining the huge spectrometer market.

The EP200 Series monochromators are designed to measure a single wavelength of light in the range of 185–925nm. When used with Verity’s system controllers and the proper optical input path ...

Since LVF Monochromators separate light differently than conventional grating-based monochromators, they provide significantly higher sensitivity and flexibility for several reasons. First, the ...