什么是一个自己的流体元素？
纳米流体是比其组成元素各部分总和更佳的良导体。
Nanofluids are better conductors than the sum of their parts.
虽然这颗星星的内部是大部分中子构成的流体，地壳是由破裂的原子，未知元素的原子核构成。
Though the interior of the star is a kind of fluid mass of mostly neutrons, the crust is composed of broken-up atoms, the nuclei of unknown elements.
流体的元素可能是自己的，也可能是外部。
在此基础上，肯定了成矿流体地球化学在元素共生分异机制研究中的地位和作用。
On the above base, the status and function of fluid geochemistry in studying mechanisms of elemental paragenesis and separation are affirmed.
小秦岭地区金矿床与构造有着密切的关系，不同方向的断裂中元素富集规律不同，构造带中流体是十分活跃的。
There are close relationships between gold deposits and tectonics. Different occurrences of faults enriched different elements, while geologic fluids in the faults were very active.
副矿物和退变质流体是控制退变质过程中微量元素行为的主要因素。
Accessory minerals and retrograde fluids are main factors controlling the trace elemental behavior during retrograde metamorphism.
上述结果表明，可以采用ICPMS测定黄铁矿及石英包裹体微量元素来研究成矿流体的特征。
What mentioned above demonstrated that the characteristics of metallogenic fluids could be studied by working on trace elements in the fluid inclusions of pyrite and quartz by ICP MS.
花岗岩的形成和演化为成矿带来了大量热流体及部分成矿元素。
Formation and evolution of granites in this region brought forth a great quantity of hydrothermal fluid and some of the ore-forming elements.
流体模拟作为影视动漫特效的重要元素，具有重要意义。
Fluid simulation, as one of the film elements, play an increasingly important role.
在岩浆阶段，富集金属元素最有效的机制是流体熔体的分离。
The most efficient ore components concentration mechanism at the magmatic stage must be the separation of fluid melt.
秦岭泥盆系铅锌成矿带中闪锌矿微量元素特征表明矿床属海底喷气成矿，成矿流体温度为低温。
The microelement signature of the sphalerite in the Qinling Devonian system Lead-zinc metallogenic beltindicates that the deposits belong to submarine exhalation-sedimentary.
研究的主要问题是流体流动机制和元素迁移，流体-岩石相互作用和流体来源。
The main problems are fluid flow and elemental transportation, the fluid rock interaction and the source of the fluid.
对流体-岩石相互作用过程中氧同位素变化的地球化学动力学进行了系统评述，其原理和模型也可扩展到对其他元素的研究。
This article reviews geochemical kinetics of oxygen isotope exchange during fluid rock interactions, whose principles and models can also be extended to studies on other elements.
叶片元素理论的方法与动量原理的方法相反，因为它关注的是由流体运动导致叶片产生的力。
The approach of blade-element theory is opposite that of momentum theory since it is concerned with the forces produced by the blades as a result of the motion of the fluid.
表面活性元素硫主要是通过改变熔池中流体的流动方式来影响熔池的形状和尺寸。
Sulfur can significantly influence the shape and size of the weld and final weld metal solidification structure by altering flow patterns.
广泛用于防火的材料锑的需求加快，它也是最岌岌可危的元素，但元素沉积于地壳内的热流体，而且主要在中国提取。
Pace of demandAntimony, the element most "at risk", is used extensively for fire proofing, but is deposited by hot fluids inside the Earth's crust and extracted mostly in China.
它们在成矿地质背景、成矿元素、微量元素、稀土元素、稳定同位素、成矿流体性质及成矿物理化学条件等方面均具各自的特征。
The three series are distinct from each other in geological settings, ore-forming elements, minor elements, REE, stable isotopes, ore-forming fluids and physicochemical conditions.
使用流体动力定量管代替进样阀，用8种有机试剂作载流由流动注射原子吸收法测定12个元素。
The sensitivities of 12 elements has been invelstigated with 8 kinds of organic solvents used as carrier stream for FI-AAS, and by using a hydrodynamic conduit in place of injection valve.
毒砂、黄铁矿微量元素含量呈现出随着成矿流体从早期到晚期的演化而减少，并普遍亏损高场强元素，富集LREE的特征；
The ore-forming fluid had weak reducibility. Race elements of arsenopyrite and pyrite were reduced by ore-forming fluid with the evolution. There were relatively high LREE and low HREE.
本文对矿区的黑云母花岗岩、脉岩、矿石的稀土元素地球化学特征进行了系统研究，认为矿区的花岗岩、中基性脉岩、成矿流体具有同源性，继承性；
The paper researches REE geochemistry characteristics of biotite granites, dikes and ore, considering granites, intermediate-basic dikes and mineralizing fluid have the consanguinity and inheritance;
本文对矿区的黑云母花岗岩、脉岩、矿石的稀土元素地球化学特征进行了系统研究，认为矿区的花岗岩、中基性脉岩、成矿流体具有同源性，继承性；
The paper researches REE geochemistry characteristics of biotite granites, dikes and ore, considering granites, intermediate-basic dikes and mineralizing fluid have the consanguinity and inheritance;
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