Figure 7.6. Initial (a) and equivalent (b) models in the form of one solid body. . If the following correlations are maintained between the parameters of the initial and equivalent model: where ms is the equivalent mass on central impact defined by expression (4.12), then the equivalent masses on central impact and for coaxial lateral impact with the cone for the initial scheme and model are equal. Thus, the coefficients kz are also equal (see section 5.2.1) which define the trajectory of the end of the rod inside the cone. If the parameters of the spacecraft satisfy the inequality one can choose such that the angular velocity of the model is equal to the relative angular velocity of the bodies in the initial scheme. It is necessary that the following additional correlations be satisfied between the parameters of the model and the initial scheme: Thus, it follows that for
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