综合物探方法在焦家断裂带南延中的应用

焦家断裂带是山东省胶西北金矿集中区主要的成矿断裂之一,该断裂带南部被第四系严重覆盖,多年探索研究未果。此次利用高精度磁测、视电阻率联合剖面、CSAMT及SIP等多种物探方法,结合区内成矿地质条件,推断出焦家断裂带南延部分隐伏断裂分布情况,即在黄家附近向北至徐村院为一条断裂带(F1),向南分为三条断裂带(F1、F8和F9),其中F1为主断裂,F8、F9为其次级断裂。经钻探验证与物探推断的焦家断裂带南延部分相吻合,为该区下一步金矿勘查提供了找矿方向。     

Lithium Ion Extraction from the High Ration Mg/Li Salt Lake Brine with Ionic Liquid in Triisobutyl Phosphate and Kerosene

正1 Introduction As the lightest metal with the unique properties of energy production and storage,lithium is regarded as the new century energy metal.Lithium and its compounds were widely used in various industrial fields,especially in     

Phase Equilibrium and Phase Diagram of the Ternary System(MgCl_2 + MgB_2O_4 + H_2O) at 288 and 298 K

正1 Introduction The brines with high concentrations of magnesium and boron resources are widely distributed in the Qaidam Basin of the Qinghai-Tibet plateau,China(ZhengTang,1988).Although some works on the ternary system     

Pretreatment Techniques for Arsenic Speciation Analysis in Biosamples

正Introduction Coupled techniques such as HPLC–HG–AAS,HPLC–ICP–MS,HPLC–HG–AFS are widely used for arsenic speciation analysis in biosamples,during which pretreatment method usually plays a significant role.This     

Phase Equilibria of Salt-water Systems Containing Magnesium and Borate Ions

正1 Introduction A salt lake is a naturally occurring complex body of water and salt interaction.More than 700 salt lakes are widely distributed in the area of the Qinghai-Tibet Plateau.Most of the salt lakes are famous for their abundance of lithium,potassium,magnesium,and boron resources.It is     

Studies on the Thermodynamics and Thermal Chemistry Properties for Lithium Salts and Their Aqueous Solution Systems

正1 Introduction With the industrial development of lithium battery,nuclear and aerospace industry,the demands of metal lithium and its compounds are increasing significantly.Lithium is called as the energy of the metal in the new century(Zhang et al.2001).The total reserve of lithium resources around the world7     

Experiment and Pitzer Model Prediction for the Solid + Liquid Equilibria of the Ternary System LiCl–CaCl2–H2O

正1 Introduction Lithium resources are widely distributed in the oilfield brine from the Nanyishan district in the Qaidam Basin(Fan et al.,2007).The investigation of the thermodynamics and phase diagram of the brine system is valuable in providing the theoretic foundation and scientific guidance in the comprehensive exploitation of the mixture salts effectively.Comprehensive     

Transformation Process and Mechanism of Lithium Borates

正Amounts of lithium-containing salt lake brine resources are widely distributed in the four provinces named Qinghai,Tibet,Inner Mongolia and Xinjiang province,especially the salt lakes in Qinghai-Tibet Plateau are abundant of     

磁铁矿中微量元素和铂族元素的组成特征

文章分析了磁铁矿中铂族元素(PGE)含量的特征,发现磁铁矿中铂族元素富集为10-9级,主要为PPGE(即Pd,Pt,Rh)。富集PPGE的主要原因是其在热液活动的晚期阶段可以被轻微的再分配和富集,其含量的高低严格受岩浆结晶过程中氧逸度的控制。磁铁矿的结晶程度直接影响岩浆体系的氧逸度,控制了PGE的含量分布,进而影响成矿。     

基于传输线法模拟探地雷达在多层介质模型中的传播

数值模拟是研究探地雷达电磁波在多层介质中传播规律的有效手段,传输线算法是一种基于Huygens原理的时域分析电磁场方法。这里阐述了TLM方法的基本原理及基本关系式,用TLM方法对多层介质进行了正演模拟,将模拟结果与FDTD方法合成结果进行了对比,结果表明了TLM用于GPR正演计算的正确性及有效性。应用该算法对已有模型进行了定性分析,验证了随着介电常数和电导率增大,雷达电磁波衰减加快的结论。