otec

otec

1. An OTEC plant first uses warm surface（13） water to evaporate ammonia.The evaporated（14）ammonia then drives（15）a turbine to produce electricity.

OTEC发电厂首先利用海洋表面温度高的水来蒸发氨水，蒸发出来的氨气会驱动涡轮产生电力。

2. Secondly, a common integrated OTEC system is analyzed in the method of exergy analysis, which shows the relation between exergy losses in every part, energy or exergy efficiency of the system and many factors.

其次,利用?分析方法对一般混合式海洋温差能利用系统进行了分析,得出诸多因素与混合式海洋温差能利用系统各部件的?损及系统的能、?效率的关系。

3. Ever since 1996 Otec GmbH has been helping manufacturers and dealers all over the world to optimise their products and production processes by achieving perfect surfaces.

刀具开发技术的改进导致越来越多高效率切削材料的应用。这种不断的技术开发使刀具的效率在20世纪中提高了约30倍。

4. Taiwan has been considering building an OTEC plant on the east coast for some years, but is still unwilling（25）to pay the price.

台湾要在东部建造OTEC发电厂的想法已经考虑好几年了，但仍然不愿付这个价钱。

5. Yeh, R. H., T. Z. Su, and M. S. Yang, 1999, Theoretical Analysis of a Small-Scaled OTEC Power Plant, Int. OTEC/DOWA Conference, Imari, Japan, pp. 74-83.

叶荣华、涂乙平，2001，船舶气电共生系统热效益分析，第十三届中国造船暨轮机工程研讨会，阳明山，台北。

6. The condenser experiment, which was concerned at heat transfer performance of the plate-fin condenser, had been designed and operated in the system of the Ocean Thermal Energy Conversion (OTEC).

在OTEC实验台上进行了板翅式冷凝器换热性能实验,测定换热器总换热系数,研究了总换热系数的影响因素。

7. 2.The basic principle, types, system and installation, developing history and the current situations of the Oceanic Thermal Electricity Conversion (OTEC) are comprehensively summarized in the paper.

对海洋温差能发电技术的基本原理、类型、系统与装置、发展历史和现状作了全面的综述。

8. The application results in Ocean Thermal Energy Conversion (OTEC) plant and slurry blender plant verify the feasibility and effectiveness of the proposed method.

所提方法在海洋温度差发电装置及装液混合控制的实际应用结果，证实了其可行性和有效性。

9. Japan's Saga University and the Republic of Palau will cooperate（6）to build one of the first working Ocean Thermal Energy Conversion（7） (OTEC) plants.

日本的佐贺大学和帛琉共和国，即将合作建造一座少数真正能运作的海洋热能转换（OTEC）发电厂。

10. In this paper,the principles,development status quo and tendency of ocean thermal energy conversion(OTEC),wave and tidal current power generation in the world are described briefly.

最近几年,世界各国积极开发这种新能源并取得很大的进展,在此,简要介绍了当今世界海洋温差发电、波浪发电和潮汐潮流发电的原理,开发现状和展望。

11. TheOTEC system can generate electricity, fresh water etc.. This paper studiesand develops the turbine in OTEC experiment system of generatingelectricity.

本文对海洋温差发电试验系统中的透平进行了研究与开发。

12. ocean thermal energy conversion(OTEC) power generation

海洋温差发电

13. The ocean thermal energy conversion (OTEC)can be a kind of clear, can renewable energy, and keep the great deal.

海洋温差能就是一种清洁的、可再生能源,而且储量丰富。海洋温差能可以用来发电、海水淡化等。

14. Yeh, R.H., Su, T.Z., and Yang, M.S., 1999, Theoretical Analysis of a Small-Scaled OTEC Power Plant, Int.OTEC/DOWA Conference, Imari, Japan, pp.74-83。

涂乙平、叶荣华，2001，船舶汽电共生系统热效益分析，第十三届中国造船暨轮机工程研讨会，台北，阳明山。

15. As for the OTEC, President Lin Chun-shin pointed out that Taiwan currently lacked the machinery and talents for using ocean resources, so we were unable to make full use of the ocean resources.

至于温差发电，林董事长补充由于台湾目前缺乏利用海洋资源所需具备的机具以及专业人才，尚无法善用海洋的资源；

16. Originally, OTEC plants were designed（24）just to produce electricity, but they were simply too expensive.

部分电力用来将高温海水制成饮用水，其余的就当电力能源。

17. Power plants like this are called Ocean Thermal Electric Conversion plants (OTEC).

风力也是一种自然能源。地球上的冷热变化形成了风。一些国家由于温度变化大，风也较多。英国就是如此，一年中好几个月都刮大风。