洛河

利用扩大水体指数阈值结合形态学知识后处理的方法自动提取洛河流域主水系，能够自动获得DEM提取水系所需的修正数据；

The main water system in Lou River basin is got by water index and morphological knowledge and the DEM revising data can be acquired .

文章介绍洛河发电厂300MW发电机变压器组操作票专家系统的组成、设计方法、功能和特点，系统采用了面向对象的软件设计方法，以C＋＋为开发工具，在中文WINDOWS环境下运行。

The system is developed by use of BORLAND C + + and with object oriented method , and is run in WINDOWS environment .

应用种-多度分布模型、多样性指数、相似性分析、主成分（PCA）分析及多元逐步回归等方法比较了洛河流域不同生境的蝗虫群落结构。

The structure of grasshopper community in different environment in Luo River region was compared using species-abundance model , diversity index , similarity analysis , principal component analysis and stepwise regression .

Sr/Nd同位素分析表明，南洛河流域的黄土具有相对较高的87Sr/86Sr比值和非常低的εNd（0）值，表明其物质来源不同于黄土高原，而具有多源区的混合特征。

Sr / Nd isotope analysis showed that the South Luo River loess has a relatively high87Sr / 86Sr ratio and very low ε Nd ( 0 ) value , indicating that the studied loess has multiple sources .

以洛河流域为研究区域，以反照率为研究对象，根据同时相的ETM+与MODIS数据探讨了地表参数的一致性问题。

In a case study of Luohe River Basin , the consistency between the land surface parameters obtained from the ETM + and MODIS data of the same phase was discussed .

以数值模拟为研究方法，在FLUENT程序中模拟了洛河大桥施工阶段最大双悬臂状态，将得出的压力系数与试验结果进行了比较；

With the method of numerical simulation , the paper simulates the luohe bridge at the Longest Cantilever Construction Stage in the FLUENT procedure in order to compare the factor of wind load with experiment result .

洛河发电厂二期2×300MW投产以来，磨煤机减速箱运行中一直存在严重漏油现象。

The oil leakage of reduction gearbox of the pulverizer for 2 × 300MW units has been very serious since it was put into service in Phase ⅱ, Luohe Power Plant .

其中老庄河大桥主跨170m，边跨约100m，洛河特大桥墩高达142m。以这两座桥梁为蓝本的模拟桥做1/10全桥模型试验。

Luohe bridge , the main span of 170m , side span of 100 m. Luohe bridge large piers up to 142m . the full-bridge model is modeled on simulation modeled 1 / 10 of the two bridges .

选取大气污染扩散模型，模拟预测洛河电厂二期工程2×300MW发电机组FGD系统中取消GGH装置对研究区域大气污染物扩散的影响。

Air pollution dispersion model , simulation is selected and the effects on atmospheric pollutant dispersion is forecasted after canceling the GGH device from FGD system from Luohe Power Plant second Phase 2 × 300MW power generator ' s. The results are as follows : 1 .

渭、洛河下游近期治理工程项目后评价研究

The post evaluation of Wei and Luo River downstream regulation project

洛河发电厂电气设备操作票专家系统的研制

The Design Method of Luohe Generating Plant Operation Bill Expert System

伊洛河流域现代地貌过程分析

Analysis of the modern geomorphological prosses in the Yi-Luo River Basin

洛河大荔人遗址段的地貌学研究

The Geomorphologic Character in Dali Man Site and the Development of Luohe

洛河电厂锅炉油枪节油改造

The oil-saving transformation of Luohe Power Plant boiler oil gun

洛河是黄河的一条重要支流。

Luohe River is an important branch of Yellow River .

陕西平利洛河方言同音字汇

The Homophony syllabary of Luohe Dialect in Pingli County , Shaanxi Province

黄、渭、洛河汇流区高程变化带来的影响

Effects of elevation change in Huang , Wei and Luo River Basins

洛河特大桥施工仿真分析

3D Finite Element Emulation Analysis on Luohe Huge Bridge Construction

鄂尔多斯盆地洛河组地下水地球化学模拟&以陕西省长武-彬县地区为例

Geochemical modeling of Luohe water-bearing layers in Ordos Basin-in Changwu-Bin county area

洛河组主要发育风成沉积、冲（洪）积扇、辫状河沉积；

Luohe formation mainly develops aeolian deposit , alluvial fan and braided deposit .

试论陕西省黄陵矿区洛河砂岩水水质分布规律

Distribution Pattern of Luohe Sandstone Water in Huangling Mining Area , Shaanxi Province

洛卢公路洛河大桥中跨合拢设计

Joining Design for the Middle Span of Luohe Bridge

陕西延安北洛河流域鸟类群落多样性研究

Diversity of Bird Community in North Luo-River Drainage Area of Yan'an in Shaanxi

洛河河谷平原地下水优化开采模型

An Optimum Model of Extracting Ground Water Resources in Luohe River Valley Flatlands

洛河洛阳段水质现状及污染趋势的分析与防治对策

Water Quality and Pollution Trend of Luo River in luoyang Section and Preventing Countermeasures

洛河电厂废水质量测试及零排放试验研究

Pilot Research on Luohe Power Plant Waste-water Quality and " Zero - Discharge "

伊洛河流域典型地区森林景观格局动态

Forest Landscape Patterns Dynamics of Yihe-Louhe River Basin

洛河渡槽安全监测的布设方法及精度分析

The layout of safety monitoring network and accuracy analysis of aqueduct on the Luo River

洛河电厂1号炉制粉系统自动换风控制

Automatic change over of airducts for pulverizing system of boiler No.1 at Luohe Power Plant

模型验证结果表明，模型构造合理，验证结果也比较理想，模型适用于伊洛河流域研究。

The result manifest that the model structure is rational and the validate result is ideal .