FIELD: testing.
SUBSTANCE: invention relates to the field of thermobaric ammunition testing, namely to the thermobaric warhead testing method, including the air shock wave recording by the shock wave sensors at least in three measuring points, information sensor is installed at the test control station, independent meters are installed and switched on, each connected to a matrix of n air shock wave sensors located at each measurement point. Next, performing the test object explosion, measuring the air shock wave parameters and the average speed at each measuring point, measurement results are processed and air blast wave parameters are recorded at every measurement point in computer memory. Test document is generated in automated mode. Self-contained meters used are self-contained pressure and temperature measuring devices which are combined at each measurement point into blocks of sensors, from which m lines are formed, lying symmetrically about the explosion point of the test object. Into the information sensor an additional optical information channel is introduced, synchronized with the test object explosion moment and forming the test object explosion photochronogram, differential pressure in the shock wave and the average speed of the thermal field at each measurement point are additionally measured and different parameters are recorded in time.
EFFECT: high information value of the method of testing a thermobaric warhead by determining, during tests of the thermobaric warhead, values of parameters of the shock-wave and thermal fields, as well as dimensions of the generalized hitting zone of the thermobaric warhead with respect to standard targets.
3 cl, 3 dwg
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Authors
Dates
2025-04-22—Published
2024-09-26—Filed