1) mechanism of energy consumption
能耗机理
1.
The research on mechanism of energy consumption of indentation resistance of conveyor is carried out using a solid model of three parameter of the belt backing material.
为了减小带式输送机的压陷阻力,基于粘弹性材料在动载荷下的能耗理论,覆盖层采用三元件固体模型,对输送机压陷阻力的能耗机理进行了理论研究,推导出输送带通过托辊时的压陷阻力及压陷阻力系数理论公式。
2.
In order to reduce the flexure resistance of a belt conveyor,based on the energy theory of viscoelastic materials under dynamic loading,a theoretical analysis of mechanism of energy consumption of the belt flexure is carried out when the conveyor is running.
为了减小带式输送机的弯曲阻力,基于黏弹性材料在动载荷下的能耗理论,对输送带运行时的弯曲变形能耗机理进行了分析,推导出输送带弯曲变形阻力系数的近似理论公式,并通过试验验证了公式的正确性,利用公式对各因素对弯曲阻力系数的影响规律进行了探讨,结果表明可以通过选配合适的输送带橡胶材料获得合适的输送带黏弹性参数,并结合调整输送带、输送机的结构参数达到降低输送机弯曲阻力的目的。
3) energy dissipation mechanism
能量耗散机理
1.
Composite oscillator model for the energy dissipation mechanism of friction;
摩擦微观能量耗散机理的复合振子模型研究
4) Passive Energy Dissipation Mechanism
耗能减震机理
1.
Analysis on Passive Energy Dissipation Mechanism of Ancient Timber Lifted Beam Structure;
木结构古建筑殿堂型结构的耗能减震机理分析
5) theoretical energy consumption
理论能耗
1.
Theoretical energy consumption and theoretical energy consumption voltage for aluminium electrolysis with inert anode;
惰性阳极铝电解的理论能耗和理论能耗电压
2.
Theoretical energy consumption and theoretical energy consumption voltage in aluminium electrolysis;
铝电解的理论能耗和理论能耗电压
6) ideal energy consumption
理想能耗
1.
By developing an ideal liquid desiccant cycle, analyses the ideal energy consumption of dehumidification process in three relative humidity relations between indoor and outdoor.
通过构建理想溶液除湿循环 ,得到了不同室内外相对湿度关系情况下除湿过程的理想能耗。
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