wri

TESTING Measurement of lightning strike defense for WRI optical fiber cables

WRI光缆的雷击防护能力试验

It can be concluded that more useful information about WRI state can be obtained by the model .

因而认为，采用该方法进行水.岩作用模拟，可望获得更多的反映水-岩作用状态的有用信息。

But the wri analysis also casts doubt over whether all the plants will be built .

但是wri分析家也对中国是否要兴建计划中的所有火电站存在疑问。

The mathematical model of WRI is set up on the basis of principles of chemical therm-dynamics , which is solved by using the Monte-Carlo method .

依据化学热力学的基本原理，建立了描述水岩系列间相互作用的数学模型，并采用MonteCarlo随机分析方法进行求解。

But the WRI believes that development targets such as energy security , providing electricity to entire populations , and improving urban transportation can go hand-in-hand with a cleaner atmosphere .

但是世界资源研究所相信，诸如能源安全、为所有人提供电力和改进城市交通运输这样的发展目标，可以与创造一个更清洁的大气这一目标并行不悖。

The wri assessment appears to be the most exhaustive compilation to date of coal plants in the global pipeline , along with robust analyses of the export landscape and financing trend .

国际资源研究所的评估看上去是最透彻的材料，全球待建的火电站的完工日期还有对出口情况和融资趋势的全面分析都包括在内。

Study on the Wire Breakage Problem in OPGW Caused by Lightning Strike The results of measurement indicate that WRI optical fiber cables have a favorable capacity of defense against lightning strike .

OPGW雷击断股的机理及对策试验结果表明，武汉邮电科学研究院（WRI）生产的光缆具有良好的抗雷击性能。

According to the wri analysis , more than 34000 MW of coal capacity is slated to come online in Vietnam , 30000 MW in Turkey , and 22000 MW in South Africa .

根据wri的分析，在即将进行的火电站项目中，越南超过34000兆瓦容量，土耳其为30000兆瓦容量，而南非为22000兆瓦容量。

Growing in the Greenhouse was prepared by the World Resources Institute ( WRI ), and presented on Monday at the11th Conference of Parties to the Kyoto Protocol in Montreal , Canada .

世界资源研究所（WRI）本周一在加拿大蒙特利尔举行的京都议定书第11次缔约方大会上介绍了他们编纂的这份题为《在温室中增长》（GrowingintheGreenhouse）的报告。

Finally , the article introduces the BITS equipment ( Clockstar ) that the author participates in tapping in WRI ( Fiberhome under WRI ), which applies the DDS technique and Different Frequency Multiplication technique to the equipment and analyzes the circuit diagram tapped by the author himself .

论文最后介绍本人在武汉邮电科学研究院（烽火通信公司）亲自参与开发的BITS设备Clockstar，并将DDS技术、差频倍增技术应用于该设备，分析本人实际制作的电路。