In 2008, Laurent Schoeffel examined the prospects of using the ‘deeply virtual' form of this effect in nucleon tomography, and sodium iodide scintillators are used to counteract its namesake ‘edge' in spectrophotometry. It is mathematically governed by the Klein-Nishima formula, and the inverse form of it is believed to explain the spectrum of accr
In 2008, Laurent Schoeffel examined the prospects of using the ‘deeply virtual' form of this effect in nucleon tomography, and sodium iodide scintillators are used to counteract its namesake ‘edge' in spectrophotometry. It is mathematically governed by the Klein-Nishima formula, and the inverse form of it is believed to explain the spectrum of accretion disks surrounding black holes. In addition, distortions in the cosmic microwave background radiation are described by an inverse variety of it called the Sunayev- Zeldovich effect. Inducing a wavelength shift proportional to one minus the cosine of theta, FTP, identify this effect which occurs when an x-ray or gamma ray photon scatters as it interacts with matter.
In 2008, Laurent Schoeffel examined the prospects of using the ‘deeply virtual' form of this effect in nucleon tomography, and sodium iodide scintillators are used to counteract its namesake ‘edge' in spectrophotometry.
{Compton} scattering