Raman spectroscopy is based on the absorption of photons of a specific frequency followed by scattering at a higher or lower frequency.
Scattering at low optical depths also can be studied.
The MUNU detector was designed to study ¯νee− elastic scattering at low energy.
The MUNU detector has been designed to study ¯¯¯νee− elastic scattering at low energy.
A test run has been applied to the elastic 16O+28Si scattering at Elab= 1503 MeV.
Stray light generated from scattering at a vacuum window can be suppressed using multiple baffles.
The MUNU experiment was designed to study ¯¯¯νe-e− elastic scattering at low energy.
The modes excited on the surface propagate unidirectionally without experiencing back scattering at corners (Fig. 10).
Inclined stripes are artifacts originating from scattering at the monochromator slit.
Similarly, the scattering at s > s2 is described by the Guinier formula.
Figure 3 Energy of photons scattering at different scattering angles, φ, with different incident energies.
