In the pulsed mode, the linear correlation between the spectral amplitudes of the induced pulsed signals and the tensile force is analyzed.
The code is designed to find the characteristic modes of the linear perturbations away from the plasma equilibrium, with an emphasis on the unstable modes.
The control laws are designed to suppress the unstable modes using the linear models of the motion near each unstable state.
Cross-validation test performed between the three codes show good agreement on both temporal and spatial characteristics of unstable modes in the linear growth phase.
Ability of the properly tuned single NES to successfully absorb energy from both excited modes of the linear subsystem is demonstrated.
Finally, a 3-D mechanical element with an extra electrical degree of freedom is employed to simulate the dynamic vibration modes of the linear piezoelectric, mechanical and piezoelectro-mechanic behaviours of a metal disc structure embedded with a piezoelectric actuator.
In this paper, a 3-D mechanical element with an extra electrical degree of freedom is employed to simulate the dynamic vibration modes of the linear piezoelectric, mechanical, and piezoelectro-mechanic behaviors of an ultrasonic piezoelectric wheel system.
If the difference is greater than the γ threshold, TCP-Vegas changes from slow-start mode to the linear increase/linear decrease mode as described above.
Full spectra (600 2000 m/z range) were collected on a Thermo Orbitrap Discovery XL in profile mode using the linear ion trap analyzer (ITMS mode).
Where specified, targeted MSn experiments were performed using collision-induced dissociation (CID) mode using the linear ion trap analyzer of the LTQ Orbitrap machine [24], [29].
