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- Water energy development cooperation 水能开发合作
- STUDY OF WATER ENERGY DEVELOPMENT BY APPLYING THE REACH OF THE DAM SITE WHOSE HYDROPOWER STATION WAS BUILT 利用已建水电站厂坝河段进行水能开发的研究
- Water Energy Development Investigation Report on Wu River by Academicians from Chinese Academy of Engineering and Chinese Academy of Sciences 来自两院院士的乌江水能开发考察报告
- water energy development 水能资源
- Qingdao Anhua New Energy Development Co. 青岛安华新能源开发有限公司。
- Energy development could change this. 能源开发会改变这些。
- China mulls renewable energy development fund. 中国拟设立可再生能源发展基金。
- Why Sangle Solar energy develop so fast? 桑乐发展何以又好又快?
- Diversity is a hallmark of the renewable energy development. 再生能源发展的特点是多元化。
- Beijing Xinxin-Tomorrow Energy Development CO., Ltd. 北京美华博大环境工程有限公司。
- Water energy developing 水能开发
- If your water energy is out of balance you can be prone to melancholy if there is a lack, or have an engorged sense of self if there is an excess. 如果你水能量失衡，少之你将会容易忧郁，多之则会自满。
- The Department of Commerce of the United States will hold a seminar next week to discuss clean energy development. 美国商务部下周会举行一次研讨会讨论清洁能源发展的问题。
- First, cooperation should be enhanced for mutual benefit in energy development and utilization. 一是要加强能源开发利用的互利合作。
- Matsumura, Masahiro. "Inside Japans'Energy Development Politics: What Outsiders Do Not Know. 松村昌广〈日本能源发展的政治内幕:外界不知的内幕〉
- P.K.Pachauri,Wu Zong-xin et al, Energy Development in China and India , TERI, New Delhi,1990. 吴宗鑫等，“能源想定生成模型的应用和能源政策的建议”，中美能源研讨会，1988年，南京。
- The clear water mirrored the blue sky. 清澈的水中映出蔚蓝的天空。
- Born from Nov 21 to Jan 20: DaYun, DiZhi,ZaiQun three wood together, ZhuQi is cold water, thus three energy of Wood collectively steals Water energy leading to Kidney Yin(True Water)congenital insufficiency. 终之气：（62年11月21日至63年1月20日左右）大运、岁支、在泉三木合治，主气为寒水，如此组成“三木盗一水”的格局，可导致温冬的气候，不利于肾水（肾阴、真水）的收藏。
- Critics say ITER is unsafe, discourages conservation, and draws funds from renewable energy development. 批评人士则认为ITER计划不但不安全、还有损保育工作，甚至排挤再生能源发展的经费。
- For example, when the energy storage density of chilled water energy storage system is in 25-40MJ/m3 range, its COP is in 3.7-3.5 range and when the energy storage density of ice energy storage system is in 100-260MJ/m3 range, its COP is in 3.5-3.0. 如水蓄冷系统体积蓄能密度约为25-40MJ/m3时其COP值约为3.;5-3
