Abstract
This article proposes a method of loading the medium by detonation waves with variable energy liberation in the front, and uses the method as a practical realization of the process of quasiisentropic compression. The flow in the loaded medium is calculated in the quasiacoustic approximation under the assumption that the pressure is related to the mass velocity of the material over the whole region of flow in the same way as at the shock wave front. The results indicate that using an explosive charge with variable energy liberation in the detonation wavefront as the means of loading allows an increasing pressure profile at the boundary with the given medium to be obtained. It is determined that a rising pressure profile can be obtained in a medium when it is being loaded by a detonation wave with variable energy liberation.
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