According to the frequency analysis technique and a basic theory of linear transfer matrix, the pulsation pressure value in pipeline is predicted by the measured values from four pressure transducers. And it is found that the test results are identical with theoretical calculation.

with simplex optimization, a combination model of linear transfer function,nonlinear function and impulse function was established, and its parameters were estimated.

In a mathematic method, switching power-supply system can be symbolized by linear transfer function and non-linear control model for an integral system simulation model. The model can quicken simulation.

Secondly,output responses of airship's linear velocity and angular velocity according to the input of rotational speed of the motor and angular offset of rudders are analyzed based on the horizontal straight flight. Then we have the approximate model structure of linear transfer function.

when the service level of the supply chain is more than or equal to 0.5,after linear transfer payment compensating mechanism is introduced,Pareto improvement of the supply chain actor's profit is achieved,and supply chain channel coordination is attained.

The dendroclimatic model used for climate reconstruction is a simple linear transfer function that estimates April-June precipitation from current tree-ring width.

This paper examines monthly water consumption in Ciudad Juárez utilizing a linear transfer function procedure (LTF).

in the treatment of physics in the models, imperfections in physical parameterizations, or a linear transfer of properties from predictors onto predictands in statistical downscaling.

Kinematic error of mechanisms using a corrugated membrane and a linear transfer member

The confidence volume was also estimated using two methods with different assumptions about a linear transfer function between source location and the distribution of the potential.

This paper presents a block diagram method for formulation of transfer functions of nonlinear circuits.The block diagrams which represent the incremental models of resistors,capacitors,inductors and four types of nonlinear controlled sources are derived.Based on a property of the homogeneous systems of Volterra series,homo- geneity,the block diagrams of formulating the second order and the third order transfer functions are derived in cooperation with the block diagrams of nonlinear elements des- cribed above,and...

This paper presents a block diagram method for formulation of transfer functions of nonlinear circuits.The block diagrams which represent the incremental models of resistors,capacitors,inductors and four types of nonlinear controlled sources are derived.Based on a property of the homogeneous systems of Volterra series,homo- geneity,the block diagrams of formulating the second order and the third order transfer functions are derived in cooperation with the block diagrams of nonlinear elements des- cribed above,and then the transfer functions can be obtained from them.This method has clear concepts,definite steps and can formulate the transfer functions conveniently. Moreover,these transfer functions can also be calculated by means of the linear transfer function procedures which have been well known.

This aitical introduces double current sources linearizer (abr.DCSL) and digital thermometer SWK-3,which operates on the basis of DCSL,for ultralow up to normal temperature measurement.Paper explains the principle and properties of DCSL and expounds the circuit-construction,technical index and test data of SWK-3.-DCSL has the same good linearization effect as Yakogawa's linearizer.But on the other side such as the property of long distance transmission,sensitivity and less-self-heating-effect,it is better than...

This aitical introduces double current sources linearizer (abr.DCSL) and digital thermometer SWK-3,which operates on the basis of DCSL,for ultralow up to normal temperature measurement.Paper explains the principle and properties of DCSL and expounds the circuit-construction,technical index and test data of SWK-3.-DCSL has the same good linearization effect as Yakogawa's linearizer.But on the other side such as the property of long distance transmission,sensitivity and less-self-heating-effect,it is better than the latter.So it has general sisnificance in the area of linear transfer for nonlinear elements.Its good properties is proved by thermometer SWK-3,which is developed by Zhangjiakou Electronic Research Institute,and on the spot use at Measure-Center for ultralow temperature of Electro Technical Research Institute of Chinese Academy of Sciences.

Experimental data of Auditory Brain stem Response (ABR) and Frequency Following Response (FFR) were analyzed with system modeline both in time domain and frequency domain in this paper. The relationship and difference between these two responses, and the linear and nonlinear relations of the responses to stimuli were discussed. with simplex optimization, a combination model of linear transfer function,nonlinear function and impulse function was established, and its parameters were estimated.The whole model...

Experimental data of Auditory Brain stem Response (ABR) and Frequency Following Response (FFR) were analyzed with system modeline both in time domain and frequency domain in this paper. The relationship and difference between these two responses, and the linear and nonlinear relations of the responses to stimuli were discussed. with simplex optimization, a combination model of linear transfer function,nonlinear function and impulse function was established, and its parameters were estimated.The whole model was simulated with computer. The simulation results and experimental data of ABR and FFR coincide quite well.