1) L-SIAD
局部基片集成人工介质
1.
Then, in order to ease fabrication and reduce cost, this thesis presents a localized substrate integrated artificial dielectric (L-SIAD) structure.
然后,出于对加工成本和制作难易度的考虑,本文提出一种局部基片集成人工介质(L-SIAD)结构,对L-SIAD结构微带线进行了仿真和分析,并进行实物测量,仿真结果和测量结果获得了较好的一致。
2.
In order to ease fabrication and reduce cost, local substrate integrate artificial dielectric (L-SIAD) is put forward.
出于对加工成本和制作难度的考虑,本文在基片集成人工介质的基础上提出了一种局部基片集成人工介质(L-SIAD)结构。
2) SIAD
基片集成人工介质
1.
Then, in order to ease fabrication and reduce cost, this thesis presents a localized substrate integrated artificial dielectric (L-SIAD) structure.
基片集成人工介质由于能增加原有介质基片有效介电常数,能够适应现代无线通信系统前端微波电路小型化、轻量化、高可靠、多功能和低成本的要求。
3) substrate integrated inset dielectric guide
基片集成插入介质波导
4) Substrate integrated waveguides
介质集成
1.
This paper had made some research in the field of Aperture Coupled Fed Patch Antenna and Substrate integrated waveguides slot antenna.
然后本文在LTCC技术的基础上对毫米波缝隙耦合贴片天线和毫米波介质集成缝隙天线进行了研究,从单元的设计开始,对传统的缝隙耦合天线进行了改进,采用寄生单元的方法使其阻抗带宽展宽一倍,增益显著提高。
5) artificial media
人工介质
1.
Pilot tests were made on the improvement of source water quality in Taihu Lake through the construction of an aquatic and artificial media ecological system.
通过构建水生动物-人工介质新型生态系统来研究太湖水源地水质改善效果。
2.
Pilot test was made on the improvement of source water quality in Meiliang Bay through the use of enriched microbes in Taihu Lake by artificial media.
利用人工介质富集太湖水中的微生物来改善梅梁湾水源地水质,中试结果表明:三种人工介质中以组合介质(RZ)的生物量最大、生物活性最强且上部的生物量和生物活性高于中部和下部的,中间的生物量高于进水端和出水端的。
3.
Atrazine in Meiliang Bay is degraded by artificial media through the use of enriched microbes in Taihu Lake.
利用人工介质富集太湖水中微生物来降解梅梁湾水源地水质中的阿特拉津等有机污染,小试结果表明:经低浓度水源水中阿特拉津驯化后,停留时间为6d时,阿特拉津的去除率在58%以上,TOC的去除率在55%~75%,CODMn的去除率在40%~65%。
6) Artificial medium
人工介质
1.
Study on biological degradation of algae and microcystins by means of enrichment microbes on artificial medium;
人工介质富集微生物对藻类和藻毒素降解试验研究
2.
Pilot test was made on the removal algae in source water from Meiliang Bay in Taihu Lake through the use of enriched microbes by artificial medium.
采用人工介质富集微生物净化太湖梅梁湾水源地水体中的藻类。
3.
The removal effect of polychlorinated biphenyls(PCBs)and polycyclic aromatic hydrocarbons(PAHs)in source water from W city through the use of microbes enriched by artificial medium was studied.
考察了人工介质富集微生物对W市源水中多氯联苯(PCBs)和多环芳烃(PAHs)的去除效果。
补充资料：局部
一部分；非全体：～麻醉 ㄧ～地区有小阵雨。
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