Emitter (coil) be the most changeful.
Acceleration transmitter self-adhesive coils, in each since adhere to speed up the self-adhesive coils of time is reduced, the increase in demand justice slcGtrigger point, planning simulation control program launcher exit speed calculation results are concluded, by contacting the best trigger timesequence, to ensure effective and accurate control. After the launch of slcGprocess, the initial location of the transmitter and each level synchronous trigger supporting device, the transmitter can achieve maximum outlet velocityis different.
Electronic self-adhesive coil noise we have two kinds: one kind is due to the charge carrier random movement of the voltage or current random, another kind of pollution or don't want to useful signal. Including internal noise and external noise, the external noise can be useful signals superimposed random,more than the useful signal can be concluded that the superposition. In order to weak signal detection must sometimes use expander and reaming inevitablyintroduces noise, amplifier noise involved in not only the internal andperipheral resistance device will produce noise, then expander.
For a given system of initial and boundary conditions for the slcG of interior ballistic launch process dynamic simulation, in the discharge of capacitor banks intermediate self-adhesive coils and emitter spacing of S is variable,with emitter can reach maximum speed and system energy transform power as the principle of function, the emitter initial orientation and every levelsynchronization trigger range optimization analysis, to ensure that the emitteroutlet velocity and impact energy levels of different state policy 11 (). First of all, in the middle of a given emitter and self-adhesive coils distance S, speedmin armature early, on the system of emission process simulation gets emitterexit velocity; the middle and then to the emitter and a driving coil distance S as variables, compared the optimization to emitter can reach the exit velocity, then find out the can the emitter exit velocity impact policy fit every level of speedand the corresponding synchronous trigger range of optimal solution.
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