1) Power resistor
能耗电阻
2) Piezo-resistance (energy-consuming resistance)
压敏电阻(耗能电阻)
3) damping energy
阻尼耗能
1.
Based on the analysis of these models,a new modified seismic damage model for reinforced concrete beam column considering the influence of damping energy-dissipation is presented.
本文分析了钢筋混凝土结构在弹塑性地震反应过程中阻尼耗能的分布和特点。
2.
Based on energy method and inelastic dynamic analysis method,the damping energy Ed(t) which is included in the total earthquake input energy Ei(t) of building structures has been studied.
基于能量原理,在非线性动力时程分析的基础上,对抗震结构地震总输入能Ei(t)中的阻尼耗能Ed(t)进行了分析研究,重点探讨了不同阻尼比、不同滞回模型、地震波频谱和加速度峰值对阻尼耗能的影响。
3.
This paper discusses the distribution regularity of earthquake total input energy of structures between hysteretic energy and damping energy and their influencing factors taking account of various factors.
综合考虑各种因素，讨论了地震作用下结构总输入能量在滞回耗能和阻尼耗能之间的分配规律及各种因素对分配规律的影响。
4) loss resistance
损耗电阻
1.
Analysis and calculation of ground loss resistance for a VLF T-type antenna array with the ground screen;
甚低频T形天线阵地网损耗电阻的分析与计算
2.
The inductor, loss resistance and velocity of rotation can be measured using the apparatus.
设计了电源频率可调的单相交流电产生的旋转磁场实验仪,应用该仪器可测量电感、损耗电阻、转速
3.
The result is the loss resistance of inductor and capacitor with is variable the frequency.
定性地分析了误差的来源,得出的结论是电感电容内部的损耗电阻随着频率的变化而变化,变化方向相反而并非相同。
5) inductive impedance
电感阻耗
1.
In the paper, a practical Chua′s Circuit of inductive impedance is devised.
基于以上实验结果,建立了有耗电感蔡氏电路的数学模型,对其进行了理论分析,并用Matlab软件进行了模拟仿真研究,发现电感阻耗能改变混沌的不同状态,从而得出电感的阻耗不能忽略的结论。
补充资料：能耗
1.能量的消耗。一般亦指能量资源的消耗。
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