A cascade theory of turbulence
Cascade theory of turbulence, applying cascade decomposition resulting from Navier-Stokes application to hydrodynamic turbulence to Riemann equation for atmospheric and plasma turbulence
Engineering topics
Publications and source records attributed to Tchen, C. M..
Cascade theory of turbulence, applying cascade decomposition resulting from Navier-Stokes application to hydrodynamic turbulence to Riemann equation for atmospheric and plasma turbulence
Turbulence spectrum due to density fluctuations in plasma with strong magnetic field, using hydrodynamic theory and Poisson equations
Cascade theory of plasma turbulence in strong magnetic field
Spectral distributions of turbulence in plasma with collisional and collisionless dissipations
Cascade theory of plasma turbulence described by small eddy group mixing with larger ones to provide gradient diffusive flow
Spectra of turbulent energy and potential fluctuations for ion motion in plasma, using equations of motion
Damping coefficient of stationary homogeneous turbulence in rarefied plasma by determination of electric energy decay
Derivation of spectra of turbulence and density fluctuations in plasma from hydrodynamic description
Theory for damping process in turbulent plasma, nonlinear Landau damping, correlated from Vlasov-Poisson equations
Spectral distribution of kinetic and magnetic energies from stationary homogeneous MHD TURBULENCE