1) frequency sensitivity mechanism
频率敏感机理
2) sensitivity frequency
敏感频率
1.
We obtain the different characteristics and sensitivity frequency in frequency domain and the signal has b.
从比较成熟的有限元基本理论出发,建立了具有吸收边界的二维有限元模拟模型,对不同大小的裂纹、方形横穿孔、圆柱形横穿孔三种典型缺陷的模型进行了模拟研究;通过对截取的时域A-扫描曲线上缺陷和底面回波进行频谱分析,所得到的不同缺陷的频域特征量和缺陷敏感频率可以识别出文中所述各种缺陷;应用有限元模拟方法所得的结果对实际应用有一定的参考意义。
3) Frequency-Sensitive (FS)
频率敏感
4) Frequency sensitivities
频率敏感度
1.
Frequency sensitivities obtained from a defect-free finite element model are applied to calculate the theoretical frequency changes.
基于频率敏感度和振型,在损伤定位准则的基础上,提出一种确定圆柱壳中损伤位置和程度的方法。
5) frequency sensitive property
频率敏感性
1.
It is pointed that Duffing equation express amplitude and frequency sensitive property when system transits from chaotic to great periodic motion and that frequency sensitive property fits for extraction of weak frequency variation through simulation.
本文首先对 Duffing方程进行仿真 ,指出 Duffing方程在从混沌状态到大周期转变时 ,同时具有幅值敏感性和频率敏感性 ,进一步提出频率敏感性可应用于传感器微弱频率变化的提取 。
6) sensitive mechanism
敏感机理
1.
FEM analysis of micromachined airflow accelerometer’s sensitive mechanism;
微机械气流式加速度计敏感机理的有限元分析
2.
In accordance with these experimental results, the sensitive mechanism of ZnSnO3 gas - sensing material has been discussed.
偏锡酸锌（ZnSnO3）是一种重要的气敏材料，通过对其材料及元件进行的电导率与温度的关系、电阻与真空度的关系、X光电子能谱（XPS）等的测试分析，讨论了偏锡酸锌气敏材料的敏感机理。
3.
The sensitive mechanism of micro airstream gyroscope was explained by calculating the distributing of stream field in the sense organ.
根据计算敏感元件内的流场分布解释微型气流陀螺的敏感机理。
补充资料：频率计量(见时间频率计量)
频率计量(见时间频率计量)
frequency metrology: see time and frequency metrology
口n IQ liliang顷率频率计皿(f比quency metrolo盯) 计t。见时闰
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