1) temperature sensitivity coefficient
温度灵敏度系数
1.
The average temperature sensitivity coefficient of fiber Bragg gratings(FBG) η and the wavelength drift with temperature Δλc were tested from 20-260 ℃ respectively.
用实验方法得到了裸光栅的平均温度灵敏度系数 η～8。
2) Temperature Coefficients of Force Sensitivity
力灵敏度温度系数
3) temperature sensitive number
温度灵敏度数
4) sensitivity coefficient
灵敏度系数
1.
Relationship between fractional change in electric resistance of SMA versus strain was tested,and sensitivity coefficient of SMA was calculated.
为开发新型的形状记忆合金(SMA)位移传感器,进行了SMA应变自感知性能试验,测试了NiTiSMA丝的电阻变化率—应变关系曲线,计算得到了NiTi丝在各加载频率下的灵敏度系数。
2.
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.
通过与线性反投影算法和灵敏度系数算法的成像效果对比,该方法能够明显改善图像的质量。
3.
The functional is solved by sensitivity coefficients and Newton-Raphson iteration method.
充分考虑非线性瞬态热传导过程测温数据的误差特点,根据Tikhonov正则化理论,构造合适的正则化泛函,利用Arcangeli准则和Morozov偏差原理确定正则参数,采用灵敏度系数和Newton-Raphson迭代法求解该泛函。
5) sensitivity factor
灵敏度系数
1.
Application of neural networks in the determination of sensitivity factor for a thickness prediction model of cold rolling
用神经网络方法确定冷轧厚度预测模型灵敏度系数
2.
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.
通过H、Qk对Qs的灵敏度系数进行计算,发现两者的影响程度基本一致。
6) temperature sensitivity
温度灵敏度
1.
Analysis on influence of clad materials on temperature sensitivity of fiber bragg grating;
封装材料性能对光纤布拉格光栅温度灵敏度影响分析
2.
The analysis of the experimental results shows that the desirable thickness of metallic protective layer can be obtained by this method,and the temperature sensitivity is improved too.
通过对实验结果的分析,表明这种方法不仅可以获得厚度理想的金属保护层,同时可以提高光纤光栅的温度灵敏度。
3.
In order to explore the temperature sensitivity of fiber bragg grating(FBG) in smart metal structure,the stress and strain of FBG under temperature variation must be analyzed.
为了探索光纤智能金属结构中光纤布喇格光栅(FBG)的温度灵敏度,必须对温度变化时光纤智能结构中FBG所受的应力应变进行分析。
补充资料：灵敏系数
见电阻应变计，电容应变计。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条