1) power turming
功率调谐
2) power difference
功率差调谐
3) class E tuned power amplifier
E类调谐功率放大器
1.
Power synthesis of class E tuned power amplifier;
E类调谐功率放大器的功率合成
4) harmonic power
谐波功率
1.
The virtual computation for harmonic power based on phase difference correcting method;
基于相位差校正法的虚拟谐波功率与电能计算
2.
The direction of harmonic power flow should be understood and the position of harmonic source can be determined according to the direction of harmonic power while harmonics exist in power network.
电力系统中有谐波存在时,应该了解谐波功率的方向,并按谐波功率的方向确定谐波源的位置。
3.
When using the fast Fourier transform(FFT) for harmonic analysis and measurement,the measuring accuracy is apt to get affected owing to the spectral leakage The side-lobe characteristics of Rife-Vincent window are studied and a harmonic analysis and harmonic power measurement algorithm based on Rife-Vincent window phase difference correction is proposed.
研究Rife-Vincent窗的旁瓣特性,提出了一种基于Rife-Vincent窗频谱相位差校正的谐波分析与谐波功率测量方法。
5) tuning frequency
调谐频率
1.
High resolution inversion based on tuning frequency and frequency decomposition.;
基于调谐频率与分频处理的高分辨率反演技术
6) Frequency tuning
频率调谐
1.
The role of GABAergic circuits in the frequency tuning of auditory cortical neurons;
GABA能回路在听皮层神经元频率调谐中的作用
2.
The frequency tuning of the single frequency.
用温度调谐方法研究了激光器的频率调谐特性,结果是调谐范围为14GHz,连续温度调谐系数为2。
3.
We measured the forward masking,recovery cycle,frequency tuning of IC neurons.
本研究采用自由声场刺激,在动物下丘(inferior colliculus,IC)以细胞外记录等方法,用不同声刺激模式,在哺乳动物昆明小鼠(Mus musculus Km)和回声定位蝙蝠日本伏翼蝠(Pipistrellus abramus)的下丘记录到289个神经元,测定了不同声刺激模式对IC神经元的掩蔽效应、恢复周期(recovery cycle,RC)、频率调谐(frequency tuning)等反应特性的影响,并对这些实验结果进行了分析和讨论。
补充资料：调谐
1.调和﹔协调。 2.调节可变电容器或线圈使收音机与无线电波达到谐振。
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