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- step type optical fiber 阶跃形光导纤维
- Single ITO channel results graded type reflection index distribution, and it is similar to graded type optical fiber. 单条ITO通道产生梯度型折射率分布,就如同梯度型光纤一般。
- Research on the SRS in Step Type Single Mode Quartz Optical Fiber 阶跃型单模石英光纤中受激喇曼散射的模式分析
- UTOFC Unit Type Optical Fiber Cable 单元式光缆
- Gas maintenance type optical fiber cable 充气维护型光缆
- fluorozirconate type optical fiber 氟化锆基光纤
- reflection type optical fiber sensor 反射式光纤传感器
- Study on Transmission Type Optical Fiber Monitoring System of Methane 透射式光纤甲烷气体监测系统的研究
- Existed problems and retrofits of special type optic fiber cable in Guangdong electric power system 广东电力特种光缆存在的问题及解决方法
- Design and analysis of the new type reflecting optical fiber. 一种新型反射式光纤压力传感器的设计分析。
- Intensity compensation techniques for sensing measuringusing intensity type optical fiber 强度型光纤传感检测中的强度补偿技术
- The Application of Reflection Type Optical Fiber Sensor in Testing Vibration of the High Definition CPT Aperture Grille Mask 反射式光纤传感器在高清晰度CPT荫罩振动测试中的应用
- Optical fiber sensor use for miss parts detection. 光纤感测缺料侦测。
- First transatlantic optical fiber cable. 第一根跨洋光纤电缆贯通。
- Toilet installation crouchs implement, can choose take the turn that put water to step type to crouch implement, it prevents slippery deodorization. 卫生间安装蹲便器,可选用带存水弯踏式蹲便器,它防滑除臭。
- A traveling wave GaAs heterostructure BOA type optical switch is designed. 设计了行波电极型GaAs异质结材料BOA光开关 ;
- Shanghai Jiayu Optic Fiber Communications Technologies Co., LTD. 上海嘉玉光通讯技术有限公司。
- It is indicated by test that the effect of step type variable parameter vibratile drilling is more superior than that of common drilling at corresponding conditions. 实验得出,阶跃式变参数振动钻削效果明显优于相应条件下的普通钻削。
- The laminated material is an advanced compound material.A new vibratile drilling technology with step type variable parameter is suitable to process the new laminated material. 叠层材料是一种先进的复合材料,阶跃式变参数振动钻削新工艺最适合于加工新型叠层材料。
- Naohiro Tsuda and Hiromitsu Kobayashi, “Mechanism For Aligning A Waveguide Type Optical Member And Fiber Arrays,” US Patent Number 6,931,752 B2. 刘永田、李振豪,“利用气压缸与压电元件之高精密定位系统研究,”第十九届机械工程研讨会论文集,云林,第1-7页,2002。