1) modular interference
模间干涉
1.
An optical voltage transducer(OVT) for the electric power system based on modular interference in dual-mode highly elliptical-core polarization maintenance fiber(E-core PMF) is designed,and the temperature and environmental perturbation can be compensated automatically.
设计了一种基于椭圆芯保偏光纤模间干涉的光纤电压互感器,能对温度等环境干扰信号进行自动温度补偿。
2) modular interference beat length
模间干涉拍长
1.
The modes propagation characteristics and modular interference beat length in Elliptical-core Polarization Maintenance Fiber(E-core PMF) are very important parameters for designing optic-fiber sensors based on modular interference.
保偏光纤模传输特性和模间干涉拍长是模间干涉式光纤传感器设计中的关键参数,对于确定光纤传感器的工作波长、动态范围和线性度具有重要作用。
3) interference between slits
缝间干涉
4) interparticle interference
粒间干涉
5) draft pattern interference
拔模干涉
6) interference model
干涉模型
1.
Therefore,a stress-strength interference model for the reliability calculation of rock mass under two-end truncated probability distribution was proposed with the help of distribution theories.
为此,借助理论分布,提出了两端截尾概率分布下围岩可靠度计算的应力—强度干涉模型。
2.
Through analyzing the interference model of stress-intensity,aiming at the characteristic of special electromagnetism of security components,the release reliability of special electromagnetism of security components was brought forward.
通过对应力—强度干涉模型的分析,针对安全部件专用电磁铁的特性,提出了安全部件专用电磁铁的释放可靠性理论。
3.
In the condition of assuming that stress and intensity obey normal distribution,the basic method of reliability design,stress-intensity interference model is discussed.
在假设应力和强度服从正态分布的条件下,讨论了零件可靠性设计的基本方法———应力-强度干涉模型及相关计算公式。
补充资料：聚间苯二甲酸二烯丙酯模塑料
分子式：
CAS号：
性质：以间苯二甲酸二烯丙酯预聚物为基料制得的模塑料。性能基本与聚邻苯二甲酸二烯丙酯模塑料相似，但耐热性更好。热变形温度316℃，长期使用温度260℃；拉伸强度54.88MPa，弯曲强度88.2MPa，压缩强度54.88MPa；成型收缩率0.2％；体积电阻率1.0×1014Ω·cm，介电常数(106Hz)4.1，介质损耗因素0.01。由间苯二甲酸二烯丙酯聚合而成预聚物后，再与有关添加剂混合制得。主要用作电器元件、开关、插座和插头等。
CAS号：
性质：以间苯二甲酸二烯丙酯预聚物为基料制得的模塑料。性能基本与聚邻苯二甲酸二烯丙酯模塑料相似，但耐热性更好。热变形温度316℃，长期使用温度260℃；拉伸强度54.88MPa，弯曲强度88.2MPa，压缩强度54.88MPa；成型收缩率0.2％；体积电阻率1.0×1014Ω·cm，介电常数(106Hz)4.1，介质损耗因素0.01。由间苯二甲酸二烯丙酯聚合而成预聚物后，再与有关添加剂混合制得。主要用作电器元件、开关、插座和插头等。
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