About motion of medium with constant density in cylindrical and conic channels

Analysis of motion of medium with constant density in cylindrical and conic channels has been performed. The channels are analogs of the operating spaces of reactors at energetic and technological plants working under continuous conditions. Mathematical model of the motion has been developed with the use of differential equations. The model has made it possible to obtain partial and generalized formulae of dependence between parameters of the medium moving in cylindrical and conic channels. The formulae are easily transformed and after this can be used for calculating the operating spaces of the reactors.