1) Huangdao power plant
黄岛电厂
1.
Calculation of thermal environmental capacity of sea around Huangdao Power Plant
黄岛电厂附近海域热环境容量计算
2.
In this paper,a two-dimensional mathematical model of tidal current and sediment with irregular triangular grids is used to make numerical simulations of tidal current field and sediment field in the Huangdao power plant water intake sea area,and the sediment siltation strength in the power plant water intake area is computed.
建立了基于不规则三角形网格的考虑波浪及其破碎作用的二维潮流场和泥沙场数学模型,对黄岛电厂取水海域的潮流场、泥沙场进行了数值模拟和分析,对电厂取水口的泥淤积强度进行了计算。
2) isolated plant
孤岛电厂
1.
How to rapidly recover the power network connection between isolated networks and connect system of isolated plant again? It is the problem that must be taken into account for secure operation of power grid.
电力系统发生特大事故可能导致电网解体为数个孤网,并使一些发电厂断掉了和系统的联系成为孤岛,如何迅速恢复孤网间的联网及孤岛电厂的快速再入网,是电网安全运行必须考虑的问题,也是被瓦解的电力系统有效实施黑启动所必须面对的现实。
3) Kagoshima Power Plant
鹿儿岛电厂
4) Huanghua power plant
黄骅电厂
1.
On the basis of this, the temperature field in seas around the Huanghua power plant is built by means of numerical modeling, and then alternative drainage projects of warm water are analysed.
在利用分步杂交有限元方法建立渤海湾潮流场的基础上,通过数值模拟的方法建立黄骅电厂温排水海域的温度场,对不同温排水设计方案进行了预测分析。
5) Huangpu Power Plant
黄埔发电厂
1.
Measures of Huangpu Power Plant against blackout of power grid;
黄埔发电厂在电网停电事故时应对方法的探讨
6) Huangdao
黄岛
1.
From such perspectives as the historical development of Qingdao, the predominance of Huangdao, the request of Qingdao s 10th five-year-plan and the realistic demands of improving the city competitiveness, this paper analyses the inevitability and necessity of moving west the strategic stress of the regional development of Qingdao City.
从青岛市城市历史发展以及黄岛具备的优势方面分析了青岛市区域发展战略重点“西移”的必 性 ,从青岛市“十五”计划的要求、青岛提高城市竞争力的现实需要方面分析了青岛市区域发展战略重点“西移”的必要性 ,从区域经济发展的梯度理论、增长极理论、城市空间发展的基本理论、中外沿海湾城市发展的一般规律和青岛市城市总体规划等方面论证了青岛市区域发展战略重点“西移”的科学性 。
补充资料:IGCC电厂(见整体煤气化联合循环电厂)
IGCC电厂(见整体煤气化联合循环电厂)
Aintegrated gasification combined cycle plant
IGCC电厂bined eyele(integrated gasifieationConl一plant)见整体煤气化联合循环电厂。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条