Strain sensitivity coefficient and cross-sensitivity coefficient were obtained at temperatures from -150℃ to 550℃.

To enhance the quality factor and eliminate cross-sensitivity of electrothermally driven resonant microaccelerometer, a novel design based on triple-beam structure has been proposed.

Experiment results show that the method can well restrain cross-sensitivity of sensor and improve measuring precision.

To take the vibrator-type sensor for example,two sensors fusion arithmetic is used to reduce cross-sensitivity of non-target parameters,such as temperature,etc.

In order to solve the problems of the non-linearity characteristic of radio frequency capacitance sensor and the sensor s cross sensitivity to temperature in the process of water content detection in oi.

It can overcome the cross sensitivity among heterogeneous gas sensors and lead to more satisfied measurement results.

Relationship between fractional change in electric resistance of SMA versus strain was tested,and sensitivity coefficient of SMA was calculated.

This method calculates the observation operator matrix for the forward problem of ERT system by sensitivity coefficient theory,and the resistivity dis- tribution matrix by the minimal norm and the least square solutions.

The functional is solved by sensitivity coefficients and Newton-Raphson iteration method.

Application of neural networks in the determination of sensitivity factor for a thickness prediction model of cold rolling

After calculating the sensitivity factors of H and Qk to Qs,it was found that the impact degree of the former is in close agreement with that of the latter.

The average temperature sensitivity coefficient of fiber Bragg gratings(FBG) η and the wavelength drift with temperature Δλc were tested from 20-260 ℃ respectively.