1.
Design and Fabrication of 400-1100nm AR Film
400-1100nm宽带增透膜的设计与制备
2.
Study and Fabrication of Visible and IR Dual-Band Broadband Antireflection Coating
可见与红外双波段宽带增透膜的研制
3.
Study on High Performance Infrared Wide-band (7～14μm) Anti-reflective Film on ZnSe Substrate
ZnSe基底7～14μm波段宽带增透膜
4.
Highly damage resistant,broadband,hard anatireflection coating for high power lasers in the ultraviolet to near-infrared wavelength regions
紫外到近红外波段大功率激光器用硬质高抗损伤宽带增透膜
5.
high gainband-width differential amplifier
高增益带宽差动放大器
6.
Design of a Microstrip-Fed Quasi-Yagi Antenna with Wide Bandwidth and High Gain
准八木型宽带高增益微带天线的设计
7.
Design on X-band Wideband and High-gain Microstrip Antenna
X波段宽频带高增益微带天线阵设计
8.
A Novel High-Gain Ultra-wideband (UWB) Wide Slot Antenna Array Design
一种新型高增益超宽带(UWB)宽槽天线阵的设计
9.
Universal Fiber Accessing Broadband,Promoting Economic Growth
普及光纤接入宽带 促进经济增长
10.
Scheduling algorithm for QoS enhancement in Ultra-Wide Band(UWB) wireless networks
增强超宽带无线网络QoS的调度算法
11.
Broadband Luminescence and Optical Amplification of Transparent Ni～(2+)-doped Glass-ceramics;
镍掺杂透明微晶玻璃的宽带发光和光放大
12.
Numerical Study of Convex Lens Transform Property for Broadband Laser Beam;
凸透镜对宽带激光束变换特性的数值研究
13.
Growth of High Precision Anti-Reflectance Multilayers under Broadband Monitoring and Controlling
宽光谱监控法镀制高精度增透膜的研究
14.
Design and Simulation of a Novel Wide-band and High-gain Microstrip Antenna;
新结构宽频带高增益微带天线的设计仿真
15.
Design of a 64 Elements Broadband and High Gain Microstrip Antenna Array at X Band
X波段64元宽频带高增益微带天线阵设计
16.
Halving the repeater spacing made it possible to quadruple the bandwidth.
将增音机间距减少一半，能使宽带增加3倍。
17.
In addition, the scheme also can increase bandwidth utilization by allowing variable bandwidth service to borrow bandwidth from reservation bandwidth for handoff calls.
在小区带宽有剩余时,可以通过增加可变带宽业务的服务带宽来提高资源利用率。
18.
Halving the repeater spacing made it possible to triple the bandwidth.
把收音机间隔缩小一半,就能使带宽增加三倍.