1.
Application of Ion Beam Technology in Ultra-low Loss Films;
离子束技术在超低损耗薄膜中的应用
2.
scattering loss in optical thin-film
光学薄膜的散射损耗
3.
absorpting loss in optical thin-film
光学薄膜的吸收损耗
4.
Hol mode low-loss transmission
Ｈｏｌ模低损耗传输
5.
Impednce method andstaristical energy analysis method are used to predicate the loss factor of film-damping.
本文采用阻抗法及统计能量法预估薄膜阻尼损耗因子。
6.
In this paper a new method which improves not only electrical field distribution in film layers to decrease losses but also ensures good optical reflectivity was presented.
设计极高反射率光学薄膜必须考虑薄膜内电场强度分布对光损耗的影响。
7.
TMDS Transition Minimized Differential Signaling
转换极低损耗微分信号
8.
LDPE & HDPE sheet & bag
高低密度聚乙烯薄膜及薄膜袋
9.
low-temperature thin film NiCr thermometer
低温镍铬薄膜温度计
10.
They have high reflection losses and isolates degree, lower insertion loss.
具有高的反射损耗和隔离度，较低的插入损耗。
11.
DESIGN OF LOW COST,LOW LOSS LONG WAVELENGTH OPTICAL CIRCULATOR
低成本、低损耗长波长光环行器设计
12.
Less power loss and minimum thermal effect to peripheral components.
功率损耗低,对周边设备的热影响低.
13.
Development of a Lower Power Consumption Dielectric Loss Angle Tester Based on DSP
基于DSP的低功耗介质损耗测试仪的研制
14.
low-loss FEP-clad silica fiber
低损耗全氟乙烯丙烯包层石英光纤
15.
During transportation, spoilage and transportation fee could be reduced.
在运输时，损耗及运输费都可以降低。
16.
High-pressure output comes from efficiency-oriented“no nonsense”design.
高压输出根据高效率、低耗损设计。
17.
Studies on Low-loss Flat-field Arrayed Waveguide Grating;
低损耗平场聚焦阵列波导光栅的研究
18.
Study on the Lead-free Low Loss Y5P-152 High Voltage Ceramics;
无铅低损耗Y5P-152高压介质瓷料的研究