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1)  the evaluation of wind energy
风能资源评价
2)  wind reso-urce assessment
风资源评价
3)  Scenic Resource Evaluation
风景资源评价
4)  wind resource assessment
风能资源评估
1.
Based on China s rich wind resource,complex terrain & physiognomy and weather condition,a new wind resource assessment system is developed in this paper so as to provide technical means for wind resource assessment in China.
基于我国丰富的风能资源和国内复杂地貌地形和气候条件,研制了一套符合中国国情的风资源评估软件,旨在为我国风能资源评估提供技术手段。
2.
In this paper,we analyze the possibility of using SRTM terrain data in wind resource assessment.
本文以全球免费共享的SRTM数据(90m水平分辨率)为地形数据源,利用风图谱分析及应用程序(WAsP)作为风资源评估工具,对广东遮浪岛区域进行了定点风能资源评估。
5)  wind energy resource assessment
风能资源评估
1.
This article introduces the more commonly used at home and abroad wind energy resource assessment software and the traditional wind energy resource assessment methods,explains how to write computer programs using VFP technology to realize wind observation data retrieval and analysis,before proceeding to wind farm wind energy resource assessment of the purpose of software design ideas.
介绍了目前国内外较常用的风能资源评估软件和传统的风能资源评估方法,阐述了如何运用VFP技术编写计算机程序实现对风电场观测数据的检索和分析,进而达到对风电场风能资源评估目的的软件设计思路;并利用新安县新城自动气象站和北冶自动气象站的资料,对编写的风能资源评估软件进行了试运行和验证,其模拟结果与实况数据基本吻合。
6)  resources assessment
资源评价
1.
Sinopec′s approaches to the issues emerging in the new round of national CBM resources assessment, such as the low-limit depth of CBM weathering zone, CBM mineable coefficient, and reliability of CBM geological reserves, are briefly presented for the purpose of advancing CBM resources assessment in China.
本文简要介绍了在新一轮煤层气资源评价中,中国石化对煤层气风化带下限深度、煤层气可采系数和煤层气地质资源量可靠性评价等重要技术问题的处理方法,旨在通过评价方法技术的讨论,推动我国煤层气资源评价工作的顺利发展。
2.
In the new round of national oil and gas resources assessment sponsored by the Ministry of Land and Resources and National Development and Reform Commission, CBM is included in the evaluation as an important substitute resource.
在国土资源部和国家发改委联合启动的新一轮全国油气资源评价工作中, 煤层气资源作为石油的重要替代资源被纳入评价之中。
3.
Based on detailed studies on geological relic resources assessment,the authors plot the factors of index system into two classes:resources sight value and resources exploitation condition value.
虽然最近几年国内外都在大力推进地质公园的申报建设工作,但对地质遗迹资源调查评价的基础研究工作较少,本文在对地质遗迹资源评价内容进行详细归纳总结的基础上,将其评价指标体系划分为资源景观价值和资源开发利用条件两大类,其中资源景观价值包括科学价值、美学价值、历史文化价值、稀有性、自然完整性、经济价值等6个指标;资源开发利用条件包括区域经济水平、与中心城市距离、可进入性、基础服务设施、环境容量及地域类型组合等6个指标。
补充资料:地下水水资源评价(见水资源评价)


地下水水资源评价(见水资源评价)


  d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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