1) power ratio
功率比
1.
The instant-mixing model is obtained first by applying partial time-domain co- herent function to the reference component,and quantitatively analyzing the power ratio of each compo- nent to the mix,and then each component contained in the mix is separated through tracing the inverse procedure of instant-mixing.
该方法依据参考信号,利用偏时域相干函数,通过对信号分量与混合信号的功率比进行定量分析得到信号的瞬时混叠模型,最后按照瞬时混叠的逆过程分离出各信号分量。
2.
Turn power ratio of whole vehicle and that of outside track are theoretically analyzed .
对比了考虑履带与地面之问滑转滑移与不考虑滑转滑移的履带车辆转向功率消耗,分析了整车转向功率比和外侧履带转向功率比,得出了不同车型的转向功率比,实验结果与理论分析基本吻合。
3.
The moving average length of channel estimator and the pilot to data channel power ratio are optimized analytically under the criterion of minimum bit error probability (BEP) for given signal to noise ratio (SNR).
根据给定信噪比下误码概率最小的准则 ,本文得到了理论上信道估计器最佳的平均长度和导频信道相对数据信道最优的功率
2) specific capacity
比容比功率
3) power ratio
功率配比
4) Power ratio method
功率比法
5) specific power
比功率
1.
Points at the using condition of pressure fan in coal mine,we put in appropriate amount TP metal anliwear agent in lubricant oil,then do kerogen assay,noise determination,wear resistant experiment,specific power determination,oil consumption determination etc.
针对目前煤矿用压风机的使用条件 ,在润滑油中加入适量的TP金属抗磨剂 ,并对其进行油质化验、噪音测定、耐磨试验、比功率测定、油耗测定等一系列试验。
2.
The main characteristics of torpedo thermal and electric power are compared in five aspects of specific energy and specific power,quietness,technology complexity, multi-speed or stepless speed,and life-cycle costs.
概括地介绍目前世界上各种先进的鱼雷动力系统, 包括热动力和电动力, 着重介绍了它们的发展前景, 并从比能量和比功率、安静性、技术复杂性、实现多速制或无级变速以及全寿命周期工作费用这五方面比较了热动力和电动力的主要特性, 全面展望了鱼雷动力技术的发展趋势。
3.
Spirally wound lead acid batteries had more advantages compared to conventional batteries in terms of the specific energy, specific power, cycle life and fast charging.
阐述了卷绕式铅酸蓄电池与传统的蓄电池相比,比能量、比功率、循环寿命、快速充电等方面都具有优势。
6) power density
比功率
1.
To learn the electrochemical characteristics of the porous synthesized cobalt disulfide powder such as voltage output, ampere load capacity, internal impedance, power density, specific capacity and etc.
为了了解人工合成的多孔CoS2材料的电压、负载能力、内阻、比功率、比容量等电化学特性,以小组合LiSi-CoS2体系热电池的形式,在真实的热电池工作温度环境下放电,结合电子扫描分析(SEM)、比表面分析(BET)等手段进行了试验分析,同时与LiSi-FeS2体系作了比较;并根据-180目、-260目、-400目三种粒度CoS2材料的电化学特性对比结果分析了粒度对该材料电化学性能的影响。
补充资料：比功率
分子式：
CAS号：
性质：电池的输出功率与其质量(包括电池槽、极柱及附件在内)之比
CAS号：
性质：电池的输出功率与其质量(包括电池槽、极柱及附件在内)之比
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