Quantitative structure-activity relationship study on a group of HEPT derives by applying stochastic resonance;

Application of stochastic resonance to quantitative analysis of weak chromatographic signal of phenazopyridine in human plasma;

Vibrational resonance and stochastic resonance of nonlinear coupled bistable system;

The forced resonance mechanism is one of many reasons of power system low frequency osillation.

According to the resonance mechanism, power disturbance of prime mover can arouse power system forced low frequency oscillations.

This paper concentrates on the research of power system low frequency oscillations on resonance mechanism, while how different forms of disturbances affect the oscillation characteristics and the possible sources in governing system which may evoke the oscillation are comprehensively studied and simulated.

The basic principle of stochastic resonance(SR) in weak signal detection was introduced.

The result show that the SNR appears the stochastic resonance(SR) appear both in th.

The result shows that the correlated time and the correlated strength between the noises have great effect on the stochastic resonance(SR), and the variations of SNR with the frequency of.

High acceleration movements of a precision stage result in reaction forces that lead to mechanical resonance in the stage,which reduces the tracking accuracy and lengthens the positioning time.

With the advantages of using a ring as the attracting mass when the interaction distance can be shortened down to 2 cm or less and using the mechanical resonance method when the amplitude of the torsion balance can be amplified by Q times, it is expected that the test of the Newtonian inversesquare law of gravity can be carried out at a high accuracy of about 2.

In this paper,vibration transmission and vibrational power flow in the coupled system of antiresonant vibration machine mounted on flexible floor are studied from the viewpoint of power flow.