INVESTIGATION INTO DISTINCTIVE FEATURES OF COMBUSTION OF HIGH-DENSITY PROPELLANTS UNDER THE CONDITIONS OF A MANOMETRIC BOMB

The combustion of a model high-density propellant (MHP) under the conditions of a closed volume has been investigated. A description is given of the main components and mechanisms of the manometric bomb being used. Procedures are described for determining the laws of propellant combustion in a manometric experiment, and a comparison is made of computational-experimental data. The distinctive features of the formation of an MHP combustion surface in various containers have been identifi ed and described. The dependences of the layer combustion velocity of two model high-density propellants on pressure have been determined
The combustion of a model high-density propellant (MHP) under the conditions of a closed volume has been investigated. A description is given of the main components and mechanisms of the manometric bomb being used. Procedures are described for determining the laws of propellant combustion in a manometric experiment, and a comparison is made of computational-experimental data. The distinctive features of the formation of an MHP combustion surface in various containers have been identifi ed and described. The dependences of the layer combustion velocity of two model high-density propellants on pressure have been determined
Author:  K. S. Rogaev, A. N. Ishchenko, A. S. D′yachkovskii, N. M. Samorokova, E. Yu. Stepanov, A. V. Chupashev
Keywords:  manometric bomb, combustion law, model high-density propellant, paste propellant
Page:  928