PBG
- 网络光子带隙(photonic band gap)；餐后血糖(Postprandial blood glucose)；泛北部湾(Pan-Beibu Gulf)
PBGPBG
光子带隙(photonic band gap)
光子带隙（pbg）材料 nano science ．1引言光子带隙（PBG）材料亦成光子晶体，是目前信息功能材料研究中的前沿课题。
餐后血糖(Postprandial blood glucose)
...速闭”，快速地促进胰岛素分泌，降低2型糖尿病患者的餐后血糖（PBG），借以减轻β细胞负荷，延长胰岛细胞的生存，对孤 …
泛北部湾(Pan-Beibu Gulf)
英文：Pan-Beibu Gulf (PBG) Economic Cooperation Forum同义词条：泛北部湾论坛,泛北论坛,泛北部湾经济论坛 阅读词条 编 …
光子禁带
20.光子禁带(PBG)材料及其相干特性的研究(张汉壮教授) 21.纳米金属材料的非线性光学特性研究. (张汉壮教授) 22．应用于光 …
光子晶体
提出一种地平面刻蚀共面紧凑型微波光子晶体(PBG)的共面波导结构,介绍了微波光子晶体的基本单元结构,并设计出具有90°弯折 …
1
The special characteristic of PBG structures put the MMIC forward into a new field, which will present us a wider application foreground.
光子带隙结构的特殊性质使得微波—毫米波集成电路进入了一个新领域，必将呈现广阔的应用前景。
2
To help employees maintain and monitor the equipment, PBG uses a computer system that controls all the equipment.
为了帮助员工维护和监测设备，餐后使用了计算机系统控制所有设备。
3
The photonic crystal fiber(PCF) with a special envelop structure induces the light by photonic bandgap(PBG) effect.
光子晶体光纤（PCF）是一种具有特殊包层结构的光纤，它是利用光子禁带效应（PBG）来导光的。
4
Dark lines and a narrow spontaneous line may be produced in isotropic PBG.
各向同性PBG中，自发辐射谱出现了暗线和窄的自发辐射线。
5
With the features of easy package and not increasing the size of microstrip, the PBG units is directly etched on a microstrip line.
该结构直接在微带信号线上刻蚀周期性结构，解决了该结构的封装问题，且不增加微带结构的尺寸。
6
The design of PBG structures and the effect of the size of period, the number of periods, the size of unit etc. are presented.
周期长度、周期个数、单元尺寸等几个方面对阻带特性的影响等，并给出了结论。
7
But he stressed the company's belief that Russia "remains an attractive place for PBG to play over time" .
但他强调，公司相信俄罗斯“一段时间内仍然是吸引百事装瓶集团的市场”。
8
The place that exists in PBG structures is similar with the bandgap in semiconductor called photonic band gap.
光子带隙结构中存在着类似于半导体中的禁带，称为光子带隙。
9
PBG chairman and chief executive Eric Foss said that the new plant "reflects our serious commitment to future expansion" in the country.
光子带隙的董事长兼首席执行官埃里克福斯说，新工厂“反映了我们的郑重承诺今后扩大”在该国。
10
Defected Ground Structure (DGS) is a new structure proposed in recent years, which is extended from Photonic Band-Gap (PBG) Structure.
缺陷接地结构（DGS）是近年来在光子带隙（PBG）结构的基础上发展而来的一种新结构。
11
Seller's Bank issue Full Proof of Product(POP)by swift along with the PBG to the buyer's bank.
卖方银行通过与买方银行的银行履约保函进行流转，出具全套供货证明。
12
And the conclusion is presented too. It is easy to design and manufacture waveguide filter using dielectric layer PBG structures.
利用介质层PBG结构来制作波导滤波器具有设计简单、易于实现的显著优点。
13
We found that its gain were improved by adding the PBG structure.
结果表明，通过添加光子晶体结构能提高天线增益。
14
The working mechanisms of all the PBG devices relay upon those 2 characteristics.
光子晶体器件的工作原理都基于这两特性。
15
This paper presents a new wide-band and high-gain E-shaped patch antenna based on dumbbell-shaped PBG structure.
本文设计了一种新型基于哑铃型光子带隙（PBG）的宽带高增益E形贴片天线。
16
Along with the growth of the research of PBG structures overseas, significant attention was aroused in China.
随着国外在光子带隙结构方面研究工作的迅速升温，国内也引起了强烈的反响。
17
UC-PBGs are 2-D plane PBGs. Their advantages include compact unit structure, low loss, and wide stop-band.
UC-PBG是一种平面型的二维光子晶体，具有单元结构紧凑，损耗低，禁带宽等优点。
18
Study of PBG Structure and Its Application in Antennas
PBG结构特性的研究及其在天线中的应用
19
PBG structures of two-dimensional magnetic photonic crystals in square lattice
二维正方格子磁性光子晶体的带隙结构
20
PBG Microstrip Lines Compatible with Circuits Integration
适合于电路集成的PBG结构微带线
21
Optimized Design of Dielectric Layer PBG Structure in Waveguide Filter
波导介质层PBG结构滤波器的优化设计
22
Study on dispersion properties of PBG guiding photonic crystal fiber
PBG光子晶体光纤的色散特性研究
23
Study on the Dispersion Characteristics of PBG Structure Consisting of Anisotropic Medium by Using PSTD Method
各向异性媒质中光子带隙结构色散特性的时域伪谱法分析
24
A PBG Microstrip Line with Fractal Characteristics
具有分形特征的PBG微带线
25
Analysis of PBG structures in microstrip bymodified locally conformal FDTD
共形FDTD分析圆形光子带隙微带结构
26
Synthesis of PEG Macromonomer and Preparation or Nanoparticles Based on PBG Grafted Polystyrene Copolymers
PEG大分子单体的合成及纳米级微球的制备
27
PBG Microstrip Line Etched on the Conductor Line
刻蚀在导带边缘的PBG微带线
28
The Microstrip Line with the PBG Structure
光子带隙结构在微带线中的应用
29
A Novel One-Dimensional Slow-Wave PBG Low-Pass Filter
一种新型慢波一维光子带隙低通滤波器
30
Dual-Mode Band Pass Filter's Design Based on PBG Structures and Theoretical Analysis
基于PBG结构的双模带通滤波器设计及理论分析