steady oscillation
1.We also study the substrate self-bias jumped delay, double-steady delay and self- oscillation etc with the condition of copper belt discharge antennas, and compare with datum which are obtained with the condition of red copper tube discharge antennas.
2.In steady flow and low reduced frequency oscillation cases, interference contribution of sails for wing aerodvnamic forces is larger than sail themselves contribution. The importance of sail the mselves aerodynamic force contribution increases with reduced frequency increase.
4.When the temperature the CPL non-steady-operation educing (chiefly the evaporator wall surfaces temperature) deviates from its normal value or displays continual oscillation characteristic after start-up or work-condition-change, the CPL is defined as being in non-steady operation state.
5.In this paper ,The nonlinear steady-state model of the control system is derived by theoretical analysis and digital simulation. and the distinguishing features of the control strategy of this controller, the oscillation phenomenon within a certain working region and the antioscilla-tion action of analogous emf control are analyzed.
6.A new model for simulating the effect of fuel injection oscillation in burner on the performanceand aerodynamic stability of the multi-stage axial compressor system with inlet steady pressure distortion is established.
7.Numerical calculation is applied to discuss the characteristic of bistable state of a revolving single pendulum, and the oscillation of revolving single pendulum in the large angle surround the steady equilibrium point is studied when single pendulum revolves with the angular velocity ω.
