Induced Mandelstam-Brillouin effect in plasma with ion-acoustic turbulence

In conditions when to describe ion-acoustic disturbances of electron density one may use equations of two-temperature hadrodynamics in terms of notion about parametric instability one develops a theory of the Mandelstam-Brillouin induced scattering (MBIS) in plasma with ion-acoustic turbulence. One determined time increment of the absolute instability and factor of spatial intensification of a scattered wave. One describes dependence of radiation flow-threshold density on the angle between scattering wave vector and anisotropy direction of turbulent noises. In plasma with high level of turbulent noises one predicts a new manifestation of the MBIS prohibition resulted from the anomalous turbulent heating of ions