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   energy power 的翻译结果: 查询用时:0.177秒
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energy power
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  能源动力
     A study of the history of textile mill architecture shows that the progression of textile mill building is based upon the development of textile machinery and textile technology, especially the driving mechanism related with the energy power at the same time.
     通过对纺织工厂建筑历史的研究表明,纺织机器和纺织工艺的发展,特别是根据当时的能源动力的特性而采用的传动机制是推动纺织厂房建筑型式发展的主要条件。
短句来源
     Researching Direction and Development for New Generation Energy Power System
     新一代能源动力系统的研究方向与进展
短句来源
     Besides, it is also common phenomenon in the area of transmission process, such as chemical industry, environmental protection, and energy power, which play the very major role to the entire transmission process.
     同时,它亦是化工、环保、能源动力等领域传输过程中的常见现象,对整个传输过程及特性起着重要的作用。
短句来源
     Liquid atomization is an important issue in many fields such as energy, power, aerospace, agriculture, chemical and environment engineering.
     液体雾化是能源动力、航空航天、化工、农业以及环境工程等许多研究领域的一个重要课题。
短句来源
     IGCC is one of advanced clean coal power generation systems. Now it has become the research hotspot of energy power field.
     IGCC是一种先进的洁净煤动力系统 ,已成为当今世界能源动力领域的研究热点。
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  能量幂次
     This paper discusses the relation of energy power of higher energy range primary electrons which belong to the same energy band and primary electron energy and real efficient secondary electron emission coefficient in metal in theory.
     论述了某一个能区入射电子对金属平均射程的能量幂次与入射能量、金属的有效真二次电子发射系数的关系,并简化推导了表达式.
短句来源
     Then the equation of the relation was derived briefly, the energy power of higher energy primary electron in gold and aluminum was computed by experimental results.
     用实验数据分别算出了属于两个能区的较高能的原电子对金或铝的平均射程的能量幂次. 最后对结果进行了讨论.
短句来源
  能量幂
     A New Method for Computing Energy Power of Higher Energy Range Primary Electrons in Metal
     计算较高能原电子对金属射程的能量幂次的新方法
短句来源
     This paper discusses the relation of energy power of higher energy range primary electrons which belong to the same energy band and primary electron energy and real efficient secondary electron emission coefficient in metal in theory.
     论述了某一个能区入射电子对金属平均射程的能量幂次与入射能量、金属的有效真二次电子发射系数的关系,并简化推导了表达式.
短句来源
     Then the equation of the relation was derived briefly, the energy power of higher energy primary electron in gold and aluminum was computed by experimental results.
     用实验数据分别算出了属于两个能区的较高能的原电子对金或铝的平均射程的能量幂次. 最后对结果进行了讨论.
短句来源
     Finally, the results were discussed and a conclusion was drawn that the new method for computing the energy power of higher energy range primary electrons in mental is feasible.
     结果显示计算较高能原电子对金属射程的能量幂次的新方法是可行的.
短句来源
  “energy power”译为未确定词的双语例句
     According to the experimental results the optimal productpurity was 80.9%, the recovery was 29.29%, the productivity of each amount adsorptionwas 52.51NLO2/[hkg(adsorbent)] and the consumed energy power was 0.738 kwh/Nm3O2.
     同时,在室温24℃下,测定了不同吸附压力和吸附时间所对应氧气的浓度、回收率、单位质量吸附剂的产氧量和制氧能耗,得出装置最佳产氧浓度为80.9%,回收率为29.29%,单位质量吸附剂的产氧量为52.51NLO_2/hkg,制氧能耗为0.738kwh/Nm~3O_2。
短句来源
     The Application of IFC Formula in Thermal Energy Power Engineering
     IFC公式在热能动力工程中的应用
短句来源
     Technology And Application of Biomass Energy Power Generation
     生物质能发电技术及应用
     Energy Complementary Control of a Distributed Renewable Energy Power Generation System
     可再生能源分布式发电系统能量互补控制的研究
短句来源
     The Development of New Energy and Renewable Energy Power Generation
     新能源与可再生能源发电技术的发展
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  energy power
A special checking function for systems with time varying mass based on energy power balance is introduced.
      
Effects of matrix transducer filling on the error in measuring the relative energy (power) distribution in a laser beam
      
Safety Assessment for Inertial Fusion Energy Power Plants: Methodology and Application to the Analysis of the HYLIFE-II and SOMB
      
Performances of a thermal-storage module in a solar-energy power production perspective: A numerical assessment
      
The spectrum could be modelled by a soft 'thermal-like' component with a high energy power-law tail.
      
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In order to increase the total efficiency of small-scale solar energy power station, it is necessary to develop a special high-speed and high-efficiency solar energy generator. This paper has analyzed the various approaches for increasing the speed and efficiency of generator by means of the modern scientific and technical payoffs. Based on the analyses, a high-speed, high-efficiency solar energy generator has been developed. The most important distinction is that the generator is made of rare...

In order to increase the total efficiency of small-scale solar energy power station, it is necessary to develop a special high-speed and high-efficiency solar energy generator. This paper has analyzed the various approaches for increasing the speed and efficiency of generator by means of the modern scientific and technical payoffs. Based on the analyses, a high-speed, high-efficiency solar energy generator has been developed. The most important distinction is that the generator is made of rare earth cobalt permanent magnets. The main characteristics of this generator are: rated output-3kW, rated speed -20000rev/sec, full load efficiency-91.5%, inherent voltage regulation-5.89%. Design consideration, rotor configuration with unique shrink ring and rotor fabrication of this type of generator are described in this paper. Recommendation are given for further machine improvement and material improvement.

本文分析了提高发电机转速和效率的各种途径,以所研制的3千瓦、20000转/分的高速高效太阳能发电机为例,对这种电机的设计、结构和工艺特点进行了讨论,提出了改进意见。

Good quality ohmic contact is necessary in the measurements of impurity compensation and mobility on high resistivity silicon single crystal materils. In this paper we propose a two-step process where by good ohmic contact is pro- duced when the silicon resistivity is as high as 1000Ωcm.The first step is to smear the multi-component-alloy( BAlNi)on the p-type silicm wafer by using a silver head electric soldering iron and thon employ the technique of electrical spark discharging.The olmic contact mechanisms...

Good quality ohmic contact is necessary in the measurements of impurity compensation and mobility on high resistivity silicon single crystal materils. In this paper we propose a two-step process where by good ohmic contact is pro- duced when the silicon resistivity is as high as 1000Ωcm.The first step is to smear the multi-component-alloy( BAlNi)on the p-type silicm wafer by using a silver head electric soldering iron and thon employ the technique of electrical spark discharging.The olmic contact mechanisms and carrier tran- sport eharaetistics are diseussdd in light of the measurements of curront-vol- tage,specific contact resistance and ion microprobe.During the instant of capacitor discharging,the multi-componnt-alloy and the high resistivity p- type silicon wafer are inter-dissoluted at interface by high energy power gen- erated from eletrieal sparking.when the inter-dissoluted material is cooliog down,the high concentration active acceptor clement is resolved from silicon, thereby turning the original high resistivity silicon into p~+ at interface and effecting ohmic contact.The measurements of specific contact resistance at different temparetures combined with the calculation of doping dependence show that the transport current passing through the metal-semicondutor sili- con is caused by the thermionic-field emission mechanism and the main tran- sprt process is the tunneling of carriers through barriers.

检测高阳硅单晶材料的杂质补偿度和迁移率时,必须要有良好的欧姆接触。本文提出用银头烙铁将多元合金(InBAlNi)涂敷在 P 型硅片上,经电火花放电技术可对电阻率高达1000Ωcm 的样品制成欧姆接触。通过电流电压特性、接触电阻率和离子探针的测量,讨论了欧姆接触的机理和载流子输运的特征。电火花技术使多元合金与高阻 P 型硅样品在电容器放电的瞬间所产生的高能量作用下,交界面处的硅与合金相互熔融,冷却时,电活性受主元素又以高浓度析出,使原来的高阻硅变为 P~+,形成了欧姆接触。不同温度的接触电阻率测量,结合与掺杂浓度关系的计算表明,穿过金属与半导体硅接触的电流输运是热离子场发射机理,载流子隧穿势垒是主要的输运过程。

The laod that the arterial system applied upon the myocardium was important in the consideration of cardiac pump performance. This dynamic load could be characterized & y the aortic input impedance obtained from Fourier analysis of simultaneous pulsatile pressure and flow waves recorded in the ascending aortic root on 10 adult thoracotomized and anesthetized dogs daring acute hypoxia.Results indicate:(1) When dogs suffered hypoxia, the static, impedance modulus decreased. The impedance modulus at higher freguences...

The laod that the arterial system applied upon the myocardium was important in the consideration of cardiac pump performance. This dynamic load could be characterized & y the aortic input impedance obtained from Fourier analysis of simultaneous pulsatile pressure and flow waves recorded in the ascending aortic root on 10 adult thoracotomized and anesthetized dogs daring acute hypoxia.Results indicate:(1) When dogs suffered hypoxia, the static, impedance modulus decreased. The impedance modulus at higher freguences also showed decreased values during moderate hypoxia. However, they showed an increase during severe hypoxia. Characteristic impendace was similar to the static impedance moduli, but increased when cardiac pump failure occurred.(2) Left ventricular external work and power was expressed as pressure power, kinetic energy power, total power, and reactive power.Pressure power and total power varied form reducing to raising with enhancement of degree of hypoxia, but decreased significantly with cardiac pump failure. Kinetic energy power increased and reactive power decreased when the dogs suffeted hypoxia.Results showed that changes of cardiac power was not restricted in the function of afte rl oad during acute hypoxia. The response of cardiac pump to acute hypoxia seemed to be the dominated factor to the heart.

为探讨急性低氧时主动脉输入阻抗对心泵功能的影响,本文用电子计算机对10条麻醉开胸狗升主动脉压力波和血流波进行富里叶(Fourier)分析。给狗吸入不同氧分压的氧氮混合气体造成急性低氧,以动脉血氧分压123毫米汞柱为对照状态,对中度低氧状态(68毫米汞柱)和严重低氧状态(15毫米汞柱)及心泵衰竭(F)进行观察比较。随着低氧程度加重,令频率血管阻抗摸数下降。其余数量级谐波阻抗模数先降低后增高;特征性阻抗在动物处于心泵衰竭时增加。心泵的压力功率和总功率下降后回升,在心泵衰竭时降低;动能功率及反冲功率分别为增加和下降。结果表明急性低氧引起心泵外功功率的变化与由谐波分析所描述的后负荷变化并不一致,这提示在急性低氧引起的心泵功率的变化上,后负荷不起重要的制约作用,变化的主要关键还可能在心泵本身。

 
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