| 1. | Cl21s metallized polyester film stacked capacitor
Cl21s mes金属化聚脂膜叠片电容器 |
| 2. | Cl21 - b metallized polyester film capacitor - box cl21s metallized polyester film stacked capacitor
Cl21s mes金属化聚脂膜叠片电容器 |
| 3. | Cl21s metallized polyester film stacked capacitor cl20 met mea metallized polyester film capacitor - axial
Cl21s mes金属化聚脂膜叠片电容器 |
| 4. | Introduction cl21s are non - inductively wound with meatllized polyester film stacked as the dielectric electrode with copper - clad steel leads and epoxy resin coating
Cl21s为无感结构，用金属化聚酯膜作电介质电极绕制而成，导线采用镀锡铜包钢线，使用环氧树脂包封。 |
| 5. | It is also found that replacement of substrate and adjustment of film stack structure would lead to the change of drift , this will enhance the temperature stability of filter
同时经过计算分析发现通过更换膜系基板和调整膜系结构可以改变滤光片中心波长的漂移,这个结果有助于提高滤光片的温度稳定性。 |
| 6. | In this paper , we design a new film stack by use of multi - frequency design idea , which decrease the film thickness of high refraction layers greatly , and the damage threshold of it will be improved hopefully . and at the base of this film stack , by optimizing the film thickness of several outmost layers , we design the hr film at 45 incidence for 632 . 8nm and 1315nm with 180 ? or 90 phase retardance at 1315nm
随着高功率coil输出功率的进一步提高，传统的设计膜系已逐渐不能满足需要，为此我们利用倍频的没计思想，设计出了一种新的高反射膜系，与传统的设计膜系相比，此膜系大大降低了高折射率层的厚度，使得膜系的损伤闽值有望得到极大提高。 |
| 7. | In order to control the polarization characteristics , the phase retardance mirror must be used . additionally , in order to suppress the reverse wave in ring resonator , the phase retardance mirror must also be used to preserve the polarization characteristics of the reflected reverse wave by suppressor . the conventional film stack ca n ' t satisfy the high power coil development requirement
另外，通过对高功率coil用环行非稳腔内倒向波抑制的分析表明，为实现倒向波的抑制，倒向波被反馈到腔内正向波中的部分必须保持偏振状态不变，否则，起不到倒向波抑制的作用，这也需要用到高反射位相延迟镜。 |
| 8. | The quartenvave film stack based on one dimensional photonic crystal technology is designed . the measurement of the ir band is relatively mutual while that of mmw band is lack of report . the reflectivity of ir area ( 3 - 5 m ) by fourier transform infrared spectrometer ( ft - ir ) is given , and the experimental data of mmw band in microwave network analysis is also given
本文给出了直接在傅立叶红外光谱仪中进行的红外波段透射率(实际是反射率)测量结果，在毫米波波段，通过自行设计的测试方法与测试系统，给出了在hp8510矢量网络分析仪下测得的未镀膜、镀膜样品的比对测试结果。 |
