1.
Low Frequency Internal Friction Research on Doped La_2MO_(4+δ)(M=Cu, Ni) System
La_2MO_（4+δ）（M=Cu，Ni）掺杂体系低频内耗研究
2.
Low-frequency internal friction research on La_2Cu_(1-x)Zn_xO_(4+δ)
La_2Cu_(1-x)Zn_xO_(4+δ)低频内耗研究
3.
Oxygen Transport Property and Low-Frequency Internal Friction Behavior of Oxygen Separation Membranes Materials;
氧分离膜材料的输运性能及低频内耗研究
4.
Research on Internal Friction of Porous Ni-Ti Shape Memory Alloys;
多孔Ni-Ti形状记忆合金低频内耗性能测量研究
5.
Low-frequency internal friction study of La_(1-x)Sr_xFeO_(3-δ)(0≤x≤2/3) system
La_(1-x)Sr_xFeO_(3-δ)(0≤x≤2/3)的低频内耗研究
6.
LOW FREQUENCY DISLOCATION INTERNAL FRICTION PEAKS WITH ANOMALOUS AMPLITUDE EFFECT IN Al-0.1% Mg ALLOY
铝-0.1%镁合金中表现反常振幅效应的低频位错内耗峰
7.
Rate Control for Video Coding Using a Low-Memory-Cost Look-Up Table;
基于低内存消耗查询表的视频压缩码率控制技术
8.
A Low Power RF CMOS Dual-modulus Prescaler;
低功耗射频CMOS双模前置分频器设计
9.
Ultra-low voltage ultra-low power NMOS bulk-biased mixer
一种超低压超低耗NMOS衬底偏置混频器
10.
Design of Low-Power CMOS RF Low Noise Amplifier
低功耗CMOS射频低噪声放大器的设计
11.
The Design and Applications of Low Power,Low Frequency,Low Noise Medical Chip
低功耗、低频率、低噪声医学芯片的设计及应用
12.
Design of Wide Tuning Range and Low Power CMOS VCO;
宽频带低功耗CMOS压控振荡器设计
13.
Design of High Performance and Low Consumption Ratio Frequency Power Amplifier;
高性能低功耗射频功率放大器的设计
14.
The research and implementation of low power CMOS radio frequency integrated circuits;
低功耗CMOS射频集成电路的设计与研究
15.
Keep Power Consumption in Check with Low-power Comparators that Autosense Pluggen-in Accessories
利用低功耗比较器自动检测音频附件
16.
Low-power high-linearity sigma-delta modulator for audio applications
低功耗高线性度音频Sigma-Delta调制器
17.
Low Noise Low Power CMOS Radio Receivers Design for Wireless Communication;
无线通信中低噪声低功耗CMOS射频接收芯片设计
18.
Key Technology Research and Implementation of Low-Power Passive RFID Transponder;
低功耗无源射频标签关键技术研究与实现