1.
The Research of Uncertainty to Calibrating Broadband Sampling Oscilloscope Based on "NTN" Technology;
“NTN”技术校准宽带取样示波器的不确定度研究
2.
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
3.
Bandwidth allowed before policy server approval in kilobits per second:
在策略服务器批准之前的带宽(千位/秒):
4.
Research on UWB Location Technology Based on IEEE802.15.4a Standard;
基于IEEE802.15.4a标准的超宽带定位技术的研究
5.
Calibration and Compensation of Wideband Digital Vector Modulation Channel
宽带数字矢量调制通道的校准与补偿
6.
Belt drives--Pulleys for classical and narrow V-belts drives(system based on datum width)--Geometrical inspection of grooves
GB/T11356.1-1997带传动普通及窄V带传动用带轮(基准宽度制)槽形检验
7.
An artificial ear of wide band type for the calibration of earphones used in audiometry
GB/T7614-1987校准测耳机用的宽频带型仿真耳
8.
With all the liquidity have come laxer lending standards.
宽松的信贷标准因而带来了货币的流通性。
9.
The Study of "Nose-to-Nose" Calibration Technology for Broadband Sampling Oscilloscope;
宽带取样示波器的“Nose-to-Nose”校准技术的研究
10.
Study on Broadband Femtosecond Optical Parametric Amplification Based on Quasi-Phase Matching;
宽带准相位匹配飞秒光参量放大的研究
11.
Study on Broadband Multichannel Calibration Technique Based on the Self-adaptive Filter
基于自适应滤波的宽带多信道校准技术研究
12.
Bandwidth Farthest Matching for High Receiving Sensitivity in Digital Channelized Receiver
带宽准匹配的高灵敏度数字信道化接收机
13.
A wideband low noise amplifier for multi-standard receivers
一种用于多标准接收机的宽带低噪声放大器
14.
ML-based Clustered Channel Estimation for Ultra-Wideband Signals
基于最大似然准则的超宽带分簇信道估计
15.
The research of automatic calibration of digital oscilloscope bandwidth
全自动校准数字示波器带宽方法的研究
16.
Subband Implementation for Wideband Radar Clutter Suppression and Target HRRP Enhancement on the Principle of Maximizing the Pearson Correlation Coefficient
最大相关系数准则下的子带域宽带雷达杂波抑制与距离像增强
17.
In the guesthouse supposes between, the standard ordinary, the room free wide band accesses the net, telephone speech, generation subscribe the train ticket, the plane ticket.
宾馆内设普通间、准间，房间免费宽带上网，电话话吧，代订火车票、机票。
18.
The entire available frequency spectrum is used with 79 hops of 1Mhz bandwidth, analogous to the IEEE 802.11 standard.
以1Mhz带宽79跳来利用这个完整的可用频谱。这类似于IEEE 802.11标准。