初中英语作文：Energy（精选4篇）

energy的形容词翻译 篇一

The company is trying to create a young energetic image.

这家公司正试图塑造一个充满活力的`年轻形象。

He knew I was energetic and dynamic and would get things done.

他知道我精力充沛、生气勃勃，会把事情办成的。

Aaron Copland was always the most energetic promoter of American music.

阿伦·柯普兰一直是是美国音乐最积极的倡导者。

energy的用法和例句 篇二

1. At 54 years old her energy and looks are magnificent.

她54岁了，精力和气色都非常好。

2. Revenues from ”green taxes" could then be channelled back into energyefficiency.

从“绿色税收”得来的收入便可回过头来用于提高能效。

3. Brazil says its constitution forbids the private ownership of energy assets.

巴西称其宪法禁止个人占有能源资产。

4. He told Americans that solving the energy problem was very important.

他告诉美国人解决能源问题非常重要。

5. We couldn't even summon up the energy to open the envelope.

我们甚至连打开信封的力气都没有了。

6. Renewable sources of energy must be used where practical.

必须在可行的地方使用可再生能源。

7. As his energy drained away, his despair and worry grew.

当他的精力耗尽时，他的绝望和担心也增加了。

8. He is possessed of an extraordinary fund of energy.

他的精力异常充沛。

9. He's a swashbuckler. He has such unbelievable charisma and energy.

他是一个传奇人物，他的个人魅力和充沛精力让人难以置信。

10. His energy and talent elevate him to godlike status.

他因精力充沛、才华横溢而被尊为神人。

11. Chris couldn't even raise the energy for a smile.

克里斯甚至连笑一笑的力气都没有。

12. The republic's factories have closed for the weekend to conserve energy.

为了节约能源，该共和国的工厂周末不开工。

13. Donating time and energy to others can take you out of yourself.

抽出一些时间和精力帮助别人可以使你忘却烦恼。

14. Energy policy is badly in need of radical re-examination.

能源政策亟需进行彻底的重新审视。

15. Engineers spend much time and energy developing brilliant solutions.

工程师们花费很多时间和精力来开发完美的解决方案。

Energy balance closure at ChinaFLUX 篇三

Energy balance closure at ChinaFLUX sites

Network of eddy covariance observation is measuring long-term carbon and water fluxes in contrasting ecosystems and climates. As one important reference of independently evaluating scalar flux estimates from eddy covariance, energy balance closure is used widely in study of carbon and water fluxes. Energy balance closure in ChinaFLUX was evaluated by statistical regression of turbulent energy fluxes (sensible and latent heat) against available energy (net radiation, soil heat flux, canopy heat storage) and the energy balance ratio (EBR) and the frequency distribution of relative errors of energy balance (δ). The trends of diurnal and seasonal variation of energy balance in ChinaFLUX were analyzed. The results indicated that the imbalance was prevalent in all observation sites, but there were little differences among sites because of the properties variation of sites. The imbalance was greater during nocturnal periods than daytime and closure was improved with friction velocity intensifying. Generally the results suggested that estimates of the scalar turbulent fluxes of sensible and latent heat were underestimated and/or that available energy was overestimated. Finally, we discussed certain factors that are contributed to the imbalance of energy, such as systematic errors associated with the sampling mismatch, systematic instrument bias, neglected energy sinks, low and high frequency loss of turbulent fluxes and advection of heat and water vapor.

作 者：LI Zhengquan YU Guirui WEN Xuefa ZHANG Leiming REN Chuanyou FU Yuling  作者单位：LI Zhengquan,WEN Xuefa(Chinese Ecosystem Research Network Synthesis Research Center, Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Beijing 100101, China;Graduate School of the Chinese Academy of Sciences, Beijing 100039, China)

YU Guirui,ZHANG Leiming,REN Chuanyou,FU Yuling(Chinese Ecosystem Research Network Synthesis Research Center, Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Beijing 100101, China)

刊 名：中国科学D辑（英文版）  SCI英文刊名：SCIENCE IN CHINA (EARTH SCIENCES) 年，卷(期)：2005 48(z1) 分类号：P4 关键词：energy balance   ChinaFLUX   eddy covariance technique

Scenario Formation of Energy Demand 篇四

Scenario Formation of Energy Demand and CO2 Emissions for Sustainable China

Co-integration theory has been employed in this paper and Granger causes are found between urbanization rate and GDP, between capital stock and GDP. Scenario analysis of GDP is performed using the GDP model established in the paper. The energy consumptions in Germany, Japan and other developed countries are analyzed and compared with the energy consumption in China. Environmental friendly scenario of energy demand and CO2 emissions for sustainable China has been formed based on the results of comparison. Under environmental friendly scenario, the primary energy consumption will be 4.31 billion ton coal equivalence (tee) and CO2 emissions will be 1.854 billion t-c in 2050; energy per capital will be 3.06 tce that is 1.8 times of energy consumed in in China and 51% of consumed energy per capital in Japan in 2003. In 2050, the energy requirement of unit GDP will be 20% lower than that of Germany in 2003, but will be still 37% higher than that in Japan in 2003. It is certain that to fulfill the environmental friendly Scenario of energy demand and CO 2 emissions is a difficult task and it needs long term efforts of the whole society, not only in production sectors but also in service and household sectors.

作 者：Wei Baoren Yagita Hiroshi  作者单位：Wei Baoren(Suzhou University of Science and Technology, Suzhou Jiangsu 215011, China)

Yagita Hiroshi(Nippon Institute of Technology, Saitama Pref. 345-8501, Japan)

刊 名：中国人口・资源与环境（英文版） 英文刊名：CHINESE JOURNAL OF POPULATION,RESOURCES AND ENVIRONMENT 年，卷(期)： 6(4) 分类号：C92 关键词：energy demand   CO2 emissions   scenario analysis   cointegration

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