Wyznaczanie Energii Dostarczonej do Elektrycznej Rurki Uderzeniowej
The present paper describes a method for determining the energy input in an electric shock tube based on the relations, obtained experimentally, between the intensity of current and the time in the discharge circuit including a shock tube or if the electrodes are short-circuited. The character the diagram of the energy furnished to the shock tube with an axial electrode, filled up with nitro-gen, in function of the initial energy of the condensers approaches that of the velocity diagram of the shock wave in function of the same argument. This fact explains to some extent the accurrence
of maximum wave velocity observed in Refs. [1 and 2].
References
V. JOSEPHSON, Production of high velocity shock, J. Appl. Phys., 1, 29 (1958).
Z. A. PIETRZYK, Investigation of flow through an electromagnetic shock tube. Selection of
optimum parameter and preliminary results., Arch. Mech. Stos., 5, 15 (1963).
3. A. M. Андрианов, О. А. Базилевская, Ю. T. Прохоров, Исследование импульсных раз-
рядов в газах при силе тока 500 ка. Физика плазмы и проблемы управляемого термоядерного
синтеза, том II АН СССР 1958.
J. K. DUKOWICZ, The efficiency of energy transfer associated with magnetically driven shock
waves in a tee tube. Institute of Acrophysics University of Toronto, Utia Technical Note, No 52, AFOSR 2429 (1963).
J. MARSHAL, Performance of a hydromagnetic Plasma Gun, Phys. of Fluid, 1, 3 (1960).