1) Cross-sensitivity
交叉敏感
1.
Research on division of cross-sensitivity of strain and temperature of FBG;
FBG应变与温度交叉敏感分离方法研究
2.
Research on fiber grating cross-sensitivity by triangle filter;
基于三角滤波器的光纤光栅交叉敏感技术研究
3.
Research on Solutions of Cross-sensitivity of Fiber Grating sensing;
光纤光栅交叉敏感解决方案研究
2) cross sensitivity
交叉敏感
1.
Because there was the cross sensitivity of two sensors to CO and methane gas in mine,a gas sensor array system based on BP neural network and the method of signal processing on BP neural network for increasing precision of detection CO were researched in this paper.
文章采用热催化传感器和电化学式气体传感器的配合使用,为了解决两种传感器对矿井一氧化碳和甲烷气体的"交叉敏感"问题,提出了一种基于BP神经网络技术的传感器系统。
2.
Then a novel plan to increase the sensitivity was proposed in view of the wavelength difference among various region,thus both the sensitivity is doubled and the cross sensitivity is solved.
该方案利用这种特殊悬臂梁的自身结构可使测试灵敏度提高将近一倍,而且成功地解决了温度应力交叉敏感的测量难题,消除了温度变化引起的应力测量误差,实现了利用光纤Bragg光栅对应力单参量的测量。
3.
On the basis of the equation of Bragg gratings,the physical mechanics of the cross sensitivity from simultaneous measurement of strain and temperature with optical fiber Bragg grating are studied.
依据Bragg光栅方程 ,从理论上分析了光纤光栅应变和温度双参量同时测量中引起交叉敏感的物理机理 ,对有交叉敏感和无交叉敏感两种情况下的误差进行了分析讨论 ,并给出了数学表达式 。
3) cross-sensitivity
交叉敏感性
1.
Sensor cross-sensitivity restraining based on BP neural network;
基于BP神经网络的传感器交叉敏感性抑制
4) temperature cross-sensitivity
温度交叉敏感
5) temperature-pressure cross sensitivity
温度-压力交叉敏感性
1.
The temperature-pressure cross sensitivity is decreas.
02%;利用双LED光源交替工作,实现温度和压力同时测量;对EFPI传感器结构进行了优化设计,降低了传感器的温度-压力交叉敏感性,在0～20MPa的压力变化范围内,对温度测量的影响小于0。
6) strain/temperature cross-sensitivity
应变/温度交叉敏感
1.
Based on distributed fiber Bragg grating (FBG) techniques, this paper proposes the framework of a building structure health monitoring system, then introduces its operational principle, and studies a few critical prob- lems such as system capacity limit, strain/temperature cross-sensitivity and signal demodulation, etc.
文章基于分布式光纤布喇格光栅(FBG)技术,提出了建筑结构健康监测系统的组成框架,介绍了其工作原理,并对系统容量限制、应变/温度交叉敏感和信号解调等几个关键问题进行了讨论、研究。
补充资料：膀胱去神经超敏感试验
膀胱去神经超敏感试验
denervation supersensitive test of bladder
作膀胱压力容积测定时对逼尿肌无收缩或低压收缩者，利用拟胆碱类药物盐酸氨甲酰胆碱(bethanechol)来评价逼尿肌功能的一项检查方法。皮下注射bethanechol 2.5mg，30min后按常规方法作膀胱压力容积测定，若膀胱压力增加15cmH2O则为膀胱去神经的证据。此试验可应用于鉴别神经源性或非神经源性膀胱不能收缩。
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