1) Nanpan River
南盘江
1.
Water Pollution Control in Nanpan River Basin;
南盘江流域水污染控制研究
2.
Studyon the Water Pollution Prevention and Control Planning of the Upper Nanpan River Catchment;
南盘江上游水污染综合防治规划研究
3.
Design and Construction of the Bridge Across Kaiyuan Nanpan River Traveled by Overload Trailers;
开远南盘江超限重车过江桥的设计与施工
2) Nanpanjiang River
南盘江
1.
Hydrological Information Auto Measure and Forecast Software System on the upper Nanpanjiang River in Qujing City;
曲靖市南盘江上游水情自动测报软件系统
2.
A general contract to build a bridge on Nanpanjiang River at Padu District onNanning-Kunming Railway Line is an engineering project in which the design is the principalpart of the project.
南昆线八渡南盘江大桥，是实行以设计为主体的总承包工程之一，本文介绍其设计特点及创新情况，主跨达９０ｍ，按部分预应力Ａ类构件设计，在全国同类铁路桥梁中处于领先地位。
3) Nanpan and Beipan rivers
南北盘江
1.
The pilot area of soil and water conservation integrated management project of Nanpan and Beipan rivers limestone region on the upper reaches of the Pearl River is the most severe soil and water loss area of the Pearl River basin.
珠江上游南北盘江石灰岩地区水土保持综合治理试点工程项目区是珠江流域水土流失最严重的地区,有水土流失面积13003。
4) Nanpanjiang Sea
南盘江海
1.
From Devonian to Triassic, the Nanpanjiang Sea developed in Yunnan, Guizhou and Guangxi in China and their adjacent areas in northern Vietnam.
晚古生代—三叠纪 ,滇黔桂三省区和越南北部有南盘江海长期发育。
5) the Nanpanjiang Basin
南盘江盆地
1.
Based on the study of depositional environment,black argiloid of the Middle and Lower Devonian is the most important source rock,and the source rocks of Carboniferous,Permian and Middle and Lower Triassic are accessory in the Nanpanjiang Basin.
通过对烃源岩发育的沉积环境研究认为,中下泥盆统盆地相沉积的黑色泥质岩类是南盘江盆地最主要的烃源岩,石炭系、二叠系和中下三叠统为次要烃源岩。
2.
The restoration of oil and gas generation is very difficult since the over mature source rock experienced multi-stage tectonic movements in the Nanpanjiang Basin.
南盘江盆地过成熟烃源岩经历了多期构造运动,因此恢复该地区油气生成过程将十分困难。
3.
There are complex and regular changes in depositional facies from the early to the middle Triassic strata in the Nanpanjiang Basin.
南盘江盆地的早—中三叠世地层中 ,沉积相形成复杂而有序的空间变化和时间变化。
6) Nanpanjiang Basin
南盘江盆地
1.
Oil and Gas Accumulation and Gas Exploration Potential in the Nanpanjiang Basin, China;
南盘江盆地油气成藏过程及天然气勘探前景分析
2.
Syn-sedimentary Compression Structures in the Middle Triassic Flysch of the Nanpanjiang Basin, SW China;
南盘江盆地中三叠统复理石中的同沉积挤压构造——一类新的沉积构造的归类、命名和构造意义探讨
3.
Sequence-Stratigraphic Framework of the Early to Middle Triassic and Evolution of Sedimentary-Facies and Paleogeography in the Nanpanjiang Basin and Its Adjacent Areas: Discussion on Evolutionary Process from the Dianqiangui Basin to the Nanpanjia;
南盘江盆地及邻区早中三叠世层序地层格架及其古地理演化——兼论从“滇黔桂盆地”到“南盘江盆地”的演变过程
补充资料：南盘江
珠江支流西江的主源。发源于云南省东北境曲靖市马雄山，流经曲靖地区南部，至红河州开远县折向东北，由罗平县入黔、桂境内，总长 856公里，云南省境内长677 公里。较大支流有巴江、曲江、泸江、甸溪河、块泽河、黄泥河、清水江等。北盘江源于宣威县马雄山北坡，向东流入贵州境内。两江在黔、桂交界处的蔗香汇合后，称红水河。南盘江水系沿途流经石灰岩分布区，主支流的不少河段潜入地下，地表径流减少，地下水量较丰富。丘北县六郎洞建有水电站,是中国第1座利用地下暗河发电的水电站。因流经干湿季分明的季风气候区域，河水径流量洪枯变化大，汛期径流量占年径流量的79.2％。航运价值不大,仅能季节性通航，干流通航338公里，支流127公里。云南省境内多年平均来水量164.2亿立方米,折合多年平均流量的521立方米／秒。水能蕴藏量424.65万千瓦。支流黄泥河全长153公里，落差969米，水能蕴藏量约74万千瓦，已建成装机容量60万千瓦的鲁布革水电站。南盘江上游河谷开阔，耕地连片，又有江水灌溉之惠，是滇东粮食主产地。
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