Qaidam Basin Solar PV Installaton
柴达木盆地太阳能光辐站
The Qaidam Basin is the fourth large natural gas production area.
柴达木盆地是中国陆上第四大天然气产区。
Widest point in Jiuquan City and between the Qaidam Basin, 300 km.
最宽处在酒泉市与柴达木盆地之间，达300千米。
Qarhan Salt lake is a typical closed lake in the dry Qaidam basin.
柴达木盆地的察尔汗盐湖是典型的干旱地区封闭湖泊。
Widest point in between Jiuquan and the Qaidam Basin, up to 300 km.
最宽处在酒泉与柴达木盆地之间，达300公里。
A large portion of the eastern salt Lake, Mongolian Qaidam meaning that the salt marshes.
东部为大片盐湖，蒙古语柴达木即盐泽之意。
Many of our basin, a large basin with Sichuan basin, Tarim and Junggar basin and Qaidam basin.
我国盆地很多，其中大盆地有四川盆地、塔里木盆地、准噶尔盆地和柴达木盆地。
Meanwhile, there are many new industries in Qaidam Basin because of its rich mineral resources.
其中，柴达木盆地的矿产资源最为丰富，建有一批新兴的工业企业。
It is one of the stratums which are lower degree of exploration and research in the Qaidam basin.
柴达木盆地石炭系主要分布在柴东地区，是该盆地勘探和研究程度较低的层系之一。
This discovery is of important and practical significance for the oil exploration and development in the Qaidam basin.
这一发现对于柴达木盆地第三系油气的勘探开发具有重要的实践意义。
The paleomagnetic results of Tarim and Qaidam indicate that Altyn Taugh fault has experienced complicated tectonic activity.
塔里木地块和柴达木地体的古地磁数据表明，阿尔金断裂至少经历了四期活动。
The high resolution seismic data show that gas chimneys exist around Quaternary gas reservoirs in Sanhu area of Qaidam basin.
高分辨率地震资料表明，柴达木盆地三湖地区第四系气藏周围发育有气烟囱。
On the basis of oasis regionalization, the paper gives the evaluation for agricultural suitable usingof oasis in the Qaidam Basin.
在绿洲区划基础上，对柴达木盆地绿洲农业利用进行评价。
Faulting and other tectonic activities in the Northwest Qaidam Basin are widespread and characterized by shearing and compression.
柴达木盆地西北地区花状断褶构造和后生表褶构造分布普遍，断裂活动具明显的剪切挤压性质。
The medium section of Altun slope in Qaidam basin is one of the favourable areas in the exploration of subtle petroleum reservoirs.
柴达木盆地阿尔金斜坡中段，是寻找隐蔽油气藏的有利地区之一。
Lengke 1, a well for the scientific research drilling project, is the most important exploration well in the northern Qaidam basin.
冷科1井是近年来柴达木盆地北缘最重要的一口科学探索井。
On the basis of oasis regionalization, the paper gives the evaluation for agricultural suitable using of oasis in the Qaidam Basin.
在绿洲区划基础上，对柴达木盆地绿洲农业利用进行评价。
The opposite rotation direction implies the existence of left lateral dislocation between Qaidam basin and Jiuquan and Subei areas.
柴达木盆地和酒泉、肃北旋转方向的差异预示了两地区间存在左旋错动。
When the earthquake occurred, qaidam ditch along the major coal mining area coal mine felt strongly that part of the housing cracks.
地震发生时，大柴旦一带大煤沟煤矿矿区震感强烈，部分房屋出现裂缝。
Dakendaba Group occurred in Iqe area, northern margin of Qaidam basin, can be divided into amphibolite assemblage and schist assemblage.
柴达木北缘鱼卡河地区的达肯大坂岩群可划分为斜长角闪岩岩组和片岩岩组。
Compared with the modern stromatolites, the Neogene stromatolites in the Qaidam Basin was further elucidated in sedimentation and features.
与现代叠层石的对比进一步明确了新生代柴达木盆地湖相叠层石的沉积特点和属性特征。
In this paper, the gamma-ray curves of the Quaternary of Sanhu area in eastern Qaidam Basin are analyzed using frequency spectrum analysis method.
本文采用频谱分析对柴达木盆地三湖地区第四系自然伽马测井曲线进行了系统分析。
The Tertiary in Qaixinan of Qaidam basin is a set of depressed lake basin sedimentary strata that have geologic condition forming lithologic traps.
柴达木盆地柴西南第三系为一套拗陷湖盆沉积地层，具备形成岩性圈闭的地质条件。
This paper analyses the formative condition for oasis in the Qaidam Basin and carries out the oasis regionalization at first time in the Qaidam Basin.
分析柴达木盆地绿洲形成条件，首次进行柴达木盆地的绿洲区划。
Organic matter abundance of quaternary source rock of biogenic gas in eastern Qaidam basin is the key factor controlling biogenic gas resource in the area.
柴达木盆地东部第四系生物气源岩有机质丰度是控制该区生物气资源的关键因素。
Tectonic configuration in the northern area of Qaidam can be divided into three structural belts and two depressions, which controlled the fluid potential.
柴北缘现今构造格局可以划分为三大构造带和两大沉降带，流体势的变化也有相同的特点。
There is plenty of natural gas resource in Quaternary depression in eastern part of the Qaidam basin, and the Quaternary structures are often the gas fields.
柴达木盆地东部三湖地区第四纪坳陷天然气资源丰富，第四系构造往往就是含气构造。
Based on data of gravity survey, seismic exploration, aerial magnetical survey and surface geology, the central fault belt was identified in the Qaidam Basin.
重力、航磁、地震、遥感、地表地质等资料的研究结果表明，柴达木盆地基底存在着中央断裂带。
Two types of Jurassic mudstones with different total organic contents (TOC) from the northern Qaidam Basin were analyzed for biomarker features in this study.
在柴达木盆地北缘地区，分别选取有机碳含量很低和较高的侏罗系泥岩样品，对比分析了它们在生物标志物组成上的差异。
Two types of Jurassic mudstones with different total organic contents (TOC) from the northern Qaidam Basin were analyzed for biomarker features in this study.
在柴达木盆地北缘地区，分别选取有机碳含量很低和较高的侏罗系泥岩样品，对比分析了它们在生物标志物组成上的差异。
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