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能体系
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  energy system
     Research on Energy System and Biochemical Principles of Training for Female Judo Athletes
     女子柔道运动的供能体系与训练生化原则初探
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     AN ASSESSMENT OF METABOLIZABLE ENERGY SYSTEM FOR POULTRY FEED EVAULATION
     家禽饲料评定的代谢能体系及其有效性评价
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     Research Frame for Force and Energy System in Water Erosion Process in Slopes of Gully
     坡面水蚀过程的力能体系及研究思路
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     The suitability of metabolizable energy system for poultry feed evaluation is discussed in this article in the theoretical and practical aspects.
     本文从理论和实践上讨论了代谢能体系在家禽饲料评定中的有效性。
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  “能体系”译为未确定词的双语例句
     Experimental study on NCl(a~1Δ) /I(~2P_(3/2))system
     NCl(a~1Δ)/I(~2P_(3/2))传能体系的实验研究
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     A New Product Channel in the Energy Transfer of CO(a,ν ′)+NO(X)
     CO(a)+NO(X)传能体系中的新传能通道(英文)
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     It was found that PANI-DBSA/PAN blend films showed good conductivities and the conductive percolation threshold of lay at 4 wt% of PANI-DBSA.
     研究结果表明,PANI-DBSA/PAN共混薄膜具有优良的导电性能,体系的逾渗阈值低于4wt%;
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     Displacement-based design for passive energy dissipation systems added viscous dampers
     粘滞阻尼器被动消能体系基于位移设计方法
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     Design Method and Optimal Control for Energy Dissipation System Using Velocity-Dependent Dampers
     速度相关型被动消能体系设计方法与优化控制
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  相似匹配句对
     A DESCRIPTION OF SEISMIC BEHAVIOR OF STAGGERED TRUSS SYSTEM
     交错桁架体系抗震性
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     On the contrary, the surface energy will be lower.
     反之,体系表面升高.
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     The interpretations of the Chinese character"néng 能
     释“
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     Biological Mass-energy
     生物质
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     World-system
     世界体系
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  energy system
Meanwhile, a multi-functional energy system (MES) that consumes coal and natural gas as fuels simultaneously, and co-generates methanol and power, has been presented.
      
Comparison of the types of constitution and energy metabolism demonstrated a close interrelation between the features of the energy system and constitution type in both groups of athletes.
      
It is proposed that these changes were due to the activation of both the energy system of the root cells and the H+-ATPase in the plasmalemma.
      
The experimental results presented support the view that there is a multilevel energy system in the mechanical treatment of dispersed crystalline materials.
      
The author substantiates the idea of integrating the Russian nuclear power complex into the worldwide energy system.
      
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From the point of view of phenomenology. defining the effective stress and the ef-fective plastic strain of the elastoplastic damage materials, the effective generalized fric-tion coefficient of equivalent virtual elastoplastic thermodynamic state is obtained basedon the theory of irreversible thermodynamics, and then the three-dimensionalconstitutive equation for the elastoplastic damage materials is deduced, which consid-cred the effect of damage contribution on the effective plastic strain, which is expressedby...

From the point of view of phenomenology. defining the effective stress and the ef-fective plastic strain of the elastoplastic damage materials, the effective generalized fric-tion coefficient of equivalent virtual elastoplastic thermodynamic state is obtained basedon the theory of irreversible thermodynamics, and then the three-dimensionalconstitutive equation for the elastoplastic damage materials is deduced, which consid-cred the effect of damage contribution on the effective plastic strain, which is expressedby a sct of second-order tensor involving the equivalent Burger's dislocation vector ofdamage, considered the interactive effect of elastoplastic and damage. By means of thethermodynamic dissipation mechanism, through introducing the effective generalizedfriction force, the evolution equation of damage under the different plastic strain is alsodeduced. Finally both the constitutive equation and the evolution equation of damageare discussed and a series of useful results are given.

本文从现象学观点出发,在定义损伤材料有效应力及有效塑性应变的基础上,根据不可逆热力学基本原理,得到了等效虚拟弹塑性热力学状态的有效广义摩擦系数。从Gibbs自由能体系出发,推导出了弹塑性损伤材料的三维本构方程。在这一过程中,损伤对塑性内变量的贡献,通过其二阶张量定义,并由等效的Burger位错矢量的井矢表征。从而考虑了弹塑性与损伤的交互作用影响。此外,本文从热力学耗散机制出发,通过引进一个有效的广义摩擦力函数,获得了以耗散势表示的损伤演化方程,并且容易得到显式。最后,本文对给出的损伤本构方程及损伤演化方程进行了讨论,得到一系列有益的结果。

This paper suggests the method of quantitative controlling of structural response for earthquake resistant structures with base isolation and energy dissipation system. This method is based on dynamic analysis, shaking table tests for a 1/4 scale steel frame model and a great number of low cycle fatigue failure tests for energy dissipating elements. A comparison between theoretical results and testing results is made. A set of calculation formulas for quantitative controlling of structural response of the structures...

This paper suggests the method of quantitative controlling of structural response for earthquake resistant structures with base isolation and energy dissipation system. This method is based on dynamic analysis, shaking table tests for a 1/4 scale steel frame model and a great number of low cycle fatigue failure tests for energy dissipating elements. A comparison between theoretical results and testing results is made. A set of calculation formulas for quantitative controlling of structural response of the structures with base isolation and energy dissipation system are derived and are able to be used in engineering design for earthquake resistant structures.

本文对采用隔震消能体系的抗震结构的地震反应提出一种定量的控制计算理论和方法。这种理论和方法是在结构动力分析、1/4比例的结构模型振动台试验、大批量的结构消能构件的低周疲劳试验的基础上建立的。作者对隔震消能体系的结构地震反应的理论计算值与试验实测值进行了详细对比。作者并提出一套适用于隔震消能体系的抗震结构地震反应控制设计计算公式,该套计算公式可供工程设计采用。

The suitability of metabolizable energy system for poultry feed evaluation is discussed in this article in the theoretical and practical aspects.AME and AMEn underestimate bioavailable energy(BE)of a feed.They vary greatly,depending mainly upon feed intake(AMEn is superior to AME in this aspect.).TME overestimates BE, especially at low feed intakes.The extent of variation is much lower for TME than AME or AMEn.TMEn is nearly the same as BE.It varies little at all levels of feed intakes,In the methodology,TME...

The suitability of metabolizable energy system for poultry feed evaluation is discussed in this article in the theoretical and practical aspects.AME and AMEn underestimate bioavailable energy(BE)of a feed.They vary greatly,depending mainly upon feed intake(AMEn is superior to AME in this aspect.).TME overestimates BE, especially at low feed intakes.The extent of variation is much lower for TME than AME or AMEn.TMEn is nearly the same as BE.It varies little at all levels of feed intakes,In the methodology,TME and TMEn are simpler to determine than AME and AMEn,taking shorter time and with lower cost.In practice,formulating diets on the basis of TME can accurately estimate poultry performance and decrease production cost.It is concluded that TME,especially TMEn,is the most ideal energy system for poultry feed evaluation.

本文从理论和实践上讨论了代谢能体系在家禽饲料评定中的有效性。AME及AMEn均低估了饲料的生物有效能(BE),且变异很大,主要受采食量的影响(AMEn稍优于AME)。TME高估了BE,特别是在低采食量时,但变异幅度大大低于AME和AMen。TMEn最接近BE,不受采食量的影响,变异最小。在测定方法上,TME和TMEn比AME和AMEn简单,需时短,成本低。生产实践中,用真代谢能来配制饲粮能准确地反映家禽的的生产成绩,并能降低生产成本。因此,真代谢能,特别是TMEn是评定家禽饲料营养价值的理想指标。

 
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