1.
Another hypothesis to the existence of monomineralic evaporites is to assume the existence of separate basins of evaporation.
另一种解释出现单矿物蒸发岩的假说是假定存在分隔的蒸发盆地。
2.
Analysis on the Variation Trends of Evaporation from Water Surface Different Evaporators in the Northwest Tarim Basin, Xinjiang;
塔里木盆地西北部不同类型蒸发器水面蒸发变化趋势分析
3.
A natural or artificial basin used to obtain salt by evaporating brine.
盐池天然的或人工的盆地，用来蒸发海水取盐
4.
Experimental Study of the Snow Evaporation in Desert and Oases of Junggar Basin,Xinjiang
准噶尔盆地沙漠-绿洲雪面蒸发实验研究
5.
The Evaporate Rock Lithology Discrimination Model for Tarim Basin and its Implementation Process
塔里木盆地蒸发岩岩性判别模型及其实现过程
6.
Discovery and Evaluation of the Evaporate Basins of the Late Pleistocene Stiff Muds, Nile Delta, Egypt
晚更新世末期尼罗河三角洲蒸发性盆地群的发现及其意义
7.
Evaporitic Rock s Characteristics of the Paleogene-Neogene in Kuqa Basin and Its Relations with the Palaeo-environment;
库车盆地古近系—新近系蒸发岩特征及其与古环境的关系
8.
Calculation of Evapotranspiration and Analysis of NDVI in Ordus Basin Based on Remote Sensing;
基于遥感的鄂尔多斯盆地蒸发量计算及植被指数分析
9.
Estimation of Water Surface Evaporation in Tarim River Basin Using Routine Meteorological Data Observed in Aksu Water Balance Experimental Station;
应用常规气象观测资料估算塔里木盆地水面蒸发量
10.
DISTRIBUTION OF CARBONATE COMPONENT AS SALT-FORMING MARK IN TRIASSIC EVAPORITE IN SICHUAN BASIN
碳酸盐组分在四川盆地三叠纪蒸发岩系中的分布及其成盐标志研究
11.
Research on Regional Evapotranspiration Regulations for Three Basins in ShanXin Province Based on Remote Sensing Data;
山西三大盆地区域蒸散规律的遥感研究
12.
evaporation suppressant
土地水分蒸发抑制剂
13.
Liaohe basin is a rift basin developed in the Mesozoic and Cenozoic.
辽河盆地是中、新生代发育起来的裂谷盆地。
14.
Study on Development of Climate Sequence Model in Silurian-Devonian System of Tarim Basin
塔里木盆地志留-泥盆系克拉通盆地气候层序发育模式研究
15.
Evapotranspiration and its Influence on Treatment Effect of Constructed Wetland;
人工湿地的蒸发蒸腾及其对去除效果的影响
16.
DISCOVERY OF THE ANCIENT CRYSTALLIZATION BASEMENT IN EASTERN MARGIN OF THE DEVONIAN FENGXIAN-TAIBAI BASIN,SHAANXI
陕西凤太泥盆纪盆地东缘发现古老结晶基底
17.
The northeastern Sichuan area is evaporative carbonate platform.
在川东北地区演化为碳酸盐蒸发台地。
18.
Since heat leak is always present, vaporization takes place continuously.
由于热泄露总是存在，蒸发不断地发生。