The experiment results of infrared spectrum transmittance, mass concentration, smoke size distribution and deposition velocity indicate that our studied infrared smoke agent can form high efficiency smokescreen.
In order to lower the orientating capability of the DSP satellite, the jamming mechanism of infrared smoke screen was introduced, a model of jamming efficiency evaluation of the IR smoke screen against early warning satellite was built and the correlative conclusion was got based on the brief depiction of Early-warning Satellite.
In order to lower the orientating capability of the DSP satellite, the jamming mechanism of infrared smoke screen was introduced, a model of jamming efficiency evaluation of the IR smoke screen against early warning satellite was built and the correlative conclusion was got based on the brief depiction of Early-warning Satellite.
In order to lower the orientating capability of the DSP satellite, the jamming mechanism of infrared smoke screen was introduced, a model of jamming efficiency evaluation of the IR smoke screen against early warning satellite was built and the correlative conclusion was got based on the brief depiction of Early-warning Satellite.
Based on the analysis of the principles of infrared imaging guidance, its combat application principles and the mechanism of infrared imaging jamming, this paper introduces the jamming principles and technology of multi-function smoke bombs,presents the simulated model of IR smoke screeing against IR imaging guided missiles and finally, discusses the application methods of shipborne smoke bombs.
The compatibility of IR smoke interfering material with phosphorus and paint in shell was studied. The components and their compound were tested by mean of DSC, and the heat behavior was analyzed from normal temperature to decomposition occurring.