1) the mantle's flow field
地幔流场
2) mantle deformation field
地幔流动场
3) convection_generated stress
地幔对流应力场
5) mantle fluid
地幔流体
1.
Uranium mineralization related to mantle fluid: A case study of the Xianshi deposit in the Xiazhuang uranium orefield;
地幔流体与铀成矿作用:以下庄矿田仙石铀矿床为例
2.
Mantle fluids in supercritical state possess high dissolving and diffusing capacity,which are the important transporting carrier of energy in earth interior,their chemical compositions vary in a large range with the evolution processes of mantle,and can be distinguished as the primitive fluid in upper mantle,the fluid of mantle metasomatism and etc.
采用分步加热质谱法测定了中国东部和美国西部的二辉橄榄岩捕虏体的流体组成,探讨了上地幔流体化学组成特征及对成烃的作用。
3.
Pb,Sr isotopic data of crude oil and organic matter show that in the Liaohe oilfield, only a little of crude oil is related to organic matter, most of crude oil is generated by crust mantle interaction between mantle fluids and Palaeozoic and Sinian marine carbonate rocks, the other major crude oil is formed by Fischer Tropsch synthesis of mantle fluids.
原油、有机质的Pb ,Sr ,Nd同位素资料和分析表明 :在辽河油田 ,仅有极少部分原油与老第三系有机质热解有关 ,大部分原油为地幔流体与古生界、震旦系海相碳酸盐岩壳幔相互作用而生成 ,另一大部分则为地幔流体的CO ,CO2 与H2 的费托合成反应生成。
6) mantle fluids
地幔流体
1.
In this paper, the distribution, abundance and occurrence states of U in mantle xenoliths are studied by ~(235)U fission track method, and the movement of mantle fluids is revealed by means of U-tracer, which is a representative of incompatible elements in the mantle.
在此基础上进一步把铀作为不相容元素群的示踪剂(tracer),指示地幔流体在深部地幔岩中的活动轨迹。
2.
Results of the recent research show that volcanic-type and granite-type uranium deposits have both early and late phases of uranium mineralization,and the early phase uranium mineralization is characterized by metallogenetic features of mantle fluids.
近年来的研究显示,火山岩型和花岗岩型铀矿具有早、晚两期铀矿化,其中早期铀矿化具有地幔流体成矿作用的特征。
3.
The oil and gas resources in basin and mountain system emerge from the activity period of basalt magma under the effect of the mantle fluids.
油气资源与地幔流体息息相关。
补充资料:场流分级法
分子式:
CAS号:
性质:一种只有流动相的分离技术。因为不存在固定相,所以有人认为场流分级法不属于色谱法。但事实上,该法常作为色谱法的一个分支讨论。
CAS号:
性质:一种只有流动相的分离技术。因为不存在固定相,所以有人认为场流分级法不属于色谱法。但事实上,该法常作为色谱法的一个分支讨论。
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