The tutorial describes how, when using classical calibration methods, mass spectrometry (MS) data is calibrated for mass position only. This approach leads to substantial errors due to the undefined ...

Maximizing a spectrometer's spectral resolution hinges on the interplay of detector, slit, and diffraction grating, crucial for high-resolution applications.

A spectrometer is an imaging system used to map plurality of monochromatic images of the entrance slit onto the detector plane. This slit determines the amount of light (photon flux) that enters the ...

Among these tools, mass spectrometry has evolved to become an irreplaceable technique in the analysis of biologically related molecules.

This video shows in detail how SCiLS Lab and QuPath can be used to create regional annotations on histological images from tissue sections and tissue microarrays, and how these are integrated with ...

A spectrometer is a pretty common lab instrument, useful for determining the absorbance of a sample across a spectrum of light. The standard design is simple; a prism or diffraction grating to brea… ...

After it fires a pulse, a photodiode detects the light and triggers a spectrometer, which consists of a diffraction grating, a few lenses and mirrors, and a linear CCD sensor.