查询词典 energy

In the meantime, Ingersoll and plass Kelvin line source in accordance with the concept of the underground pipe line heat source heat exchanger theory, but at that time because of low energy prices, high system costs, has not been widely applied. 70 era, the oil crisis put people's attention to the energy-saving, cost-effective use of energy, so that the development of ground-source heat pump into the climax stage, when the underground pipe from an early plastic pipes replaced by the amount of possession.

在此期间，Ingersoll和Plass根据Kelvin线源概念提出了地下埋管换热器的线热源理论，但当时由于能源价格低，系统造价高，没有得到广泛应用。70年代，石油危机把人们的注意力集中到节能、高效益使用能源，使地源热泵的发展进入了高潮阶段，此时地下埋管已由早期的金额管改为塑料管。

First, this paper lists formula of active power by analyzing the composing of instantaneous power, then discusses the effect of prefilter to electric energy metering, how to measure electric energy in transient condition, and the influence of load type to the conversion of electric energy.

本文首先分析了瞬时功率的构成，得到有功功率的公式，接着探讨了前置滤波器对电能计量的影响、暂态情况下的电能计量问题和用户类型对电能转换的影响，最后对有功计费提出了一些建议。

Halogenated aromatic compounds with great q〓(the most negative net atomic charges on an atom of the molecule), ENC (electron-nuclear attraction energy of the one-center term for the carbon atoms of the weakest carbon-halogen bond), qc (thenet atomic charges on the carbon atom of the weakest carbon-halogen bond) and E〓 tend to be reductively dehalogenated slow, while halogenated aromatic compounds with high values of △E (the difference of front-line orbital energy), EEC (electron-electron repulsion energy of the one-center term for the carbon atoms of the weakest carbon-halogen bond), Mw, q〓 and α tend to be reductively dehalogenated fast.

卤代芳烃化合物的整个分子的最负的原子净电荷，键序最小的碳卤键中碳原子的单中心项电子-核吸引能，该碳-卤键上碳原子的净电荷和E〓与该卤代芳烃化合物还原脱卤的速率常数负相关；而前线轨道间隙能，键序最小的碳卤键中碳原子的单中心项电子-电子推斥能，Mw，q〓和α与该卤代芳烃化合物还原脱卤的速率常数正相关。

In some cases,the two goals of the development of new energy and renewably energy,including energy supply and environmental resources protection,can not be achieved at the same time during the industry process.

就整个产业过程而言，新能源与可再生能源的开发利用，在有些情况下并不能同时达到能源供给和环境资源保护的双重目的，需要在确保能源供给和保护环境资源两个目标之间作出权衡取舍。

In some cases.the two goals of the development of new energy and renewably energy,including energy supply and environmental resources protection,can not be achieved at the same time during the industry process.Then a choice has to be made to give up one of them.

就整个产业过程而言，新能源与可再生能源的开发利用，在有些情况下并不能同时达到能源供给和环境资源保护的双重目的，需要在确保能源供给和保护环境资源两个目标之间作出权衡取舍。

Simulation results show that the average dissipated energy decreases by 29% in RESEE compared with directed diffusion, and the lifetime grew by 125% at the network size of 400. Residual energy distribution maps also prove the energy equilibrium characteristic of RESEE.

仿真结果表明：当节点数为400时，RESEE较定向扩散路由协议的节点平均能耗降低29%，网络寿命上延长125%，节点剩余能量分布曲线证明RESEE能更均衡地利用有限的能量。

According to Di Rucker result that equation provide, except that energy fetches the state that is on the occasion of electron, energy state of can fetch negative state, alling and shoulder can distribution of state zero point totally symmetrical to energy.

按照狄拉克方程给出的结果，电子除了有能量取正值的状态外，还有能量取负值的状态，并且所有正能状态和负能状态的分布对能量为零的点是完全对称的。

As the contradiction of the energy exhaust's dramatic increment in the world and the scarcer total energy resources becoming spiculate, traditional energy technology renovations are being focused.

随着世界能源消费的增长与资源匮乏之间的矛盾越发尖锐，传统能源利用技术的革新成为备受关注的焦点问题。催化燃烧作为一种传统一次能源的新型利用技术，已经引起了学术界和工业界的多方关注。就气体燃料的燃烧来说，大家所关注的问题主要集中在两个方面。

Quan Zhou City stands on face outside administration service centre , adopt the energy conservation way cutting off the bridge heat insulation aluminium product and Low-E medium altitude stalinite union, main the method being under construction and technology under the control of measure introducing that energy conservation way with a view of project reality, indicate the main body of a book owing method energy conservation effect the obvious characteristic.

泉州市行政管理服务中心外立面，采用断桥隔热铝材同Low-E中空钢化玻璃结合的节能方式，本文结合工程实际介绍该节能方式的主要施工方法和技术控制措施，表明该方法节能效果明显的特点。

The specific contents are as follows:Firstly, the causes of energy balance method result has some errors is analyzed. Then energy balance method is improved from the following aspects: the wind power input, the conductor self-damping, the damper dissipated power and vibration solution of Stockbridge dampers-conductor coupling system. So that improved energy balance method can consider more influential factors to enhance accuracy.

本文对输电线的微风振动控制和次档距振荡进行了多方面的研究，主要包括能量平衡法的改进、防振锤-输电线耦合系统的振动求解、阻尼线的耗能计算理论、微风振动的室内模拟试验、分裂导线微风振动的精细计算理论、多分裂导线的最大次档距和阻尼间隔棒优化布置等几部分，具体如下：首先分析了微风振动传统计算方法能量平衡法计算误差较大的原因，分别从风能输入功率、输电线自阻尼功率、防振锤消耗功率、输电线-防振锤耦合体系的振动求解等方面，对能量平衡法进行了改进，使能量平衡法可以考虑更多的影响因素以提高求解精度。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。