linear beam tube 直线电子束管
linear beam element 线性杆件
non-linear beam element 非线性杆件
O-type linear beam tube O型线性波束管
linear beam density 线性束流密度
linear beam image sensor 线性光束图像感烟探测器
linear beam type smoke detector 光束线型感烟探测器
linear viscoelastic timoshenko beam 线性粘弹性timoshenko梁
continuous beam linear accelerator 连续束流直线加速器
Influences of distances between electrodes on eigenfrequency of the linear beam are bigger.
压电陶瓷电极间距离对梁的固有频率有较大的影响。
In view of the stress characteristics different from these of linear beam, some effective measures can be taken to assure the design of reliable and economical curve beam bridge.
针对其不同于直线梁的受力特点，采用相应的有效措施，是可以设计出较为可靠且经济适用的曲线梁桥的。
The influence of the combined modes of piezoelectric ceramics on eigenfrequency of a linear beam is analyzed with the help of ANSYS software, with digital computation value presented.
利用ANSYS软件分析了压电陶瓷的组合结构对梁的固有频率的影响，给出了数值计算结果。
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