Soliton solution of nonlinear schrodinger equation with application to bosezeinstein condensation using the FD method
In this paper, we discussed the behavior of bright soliton solutions to the NLS equation and their interactions then investigated dark solitons and their formation within an attractive potential and applied them to Bose-Einstein condensation using fast and efficient finite difference scheme.
A spectroscopic method to determine in-cylinder flame temperature and soot concentration was combined with in-cylinder NOx-modelling to study the influence of operating conditions and combustion system parameters on the formation of soot and NOx in a low-emission single- cylinder direct-injection diesel engine. Fuel consumption and emissions are compared with time-resolved combustion analysis data. (A) For the covering abstract see IRRD 869246.