随着矿物勘探的成本,对可靠方法的需求进行了增长,以评估区域潜在性和改善目标的改进。探路者和指标矿物质提供了一种评估其矿物潜力大面积的方法,并在进一步钻探之前消除了可能的贫瘠区域。
布鲁克(Bruker)正在与行业领导者积极合作,开发新的分析方法,以改善矿物质识别和构图表征工作流程。了解准确的数据可以在地区级及其他地区进行高尺度的金属模型,Bruker致力于构建仪器和软件,为任何程序生成正确的数据输出。Bruker系统允许任何公司消除缺乏分析专业知识所带来的障碍,该解决方案是为内部实验室和区域勘探办公室设计的解决方案。布鲁克(Bruker)的全球地质团队可以帮助为所有区域探索需求找到适当的解决方案。
Magmatic and hydrothermal minerals that are resistant to weathering and so end up in soil, till or stream sediments are increasingly targeted in mineral exploration as tests for overall district or regional prospectivity or vectors to mineralization. Key trace element contents of dateable minerals such as zircon, apatite, titanite and rutile provide windows into source magma chemistry, including crystallization temperatures, degree of fractionation, water content, and oxidation state, with geochemical data that ties directly to the age of sources rocks and their associated magmatic events. Resistant minerals formed during mineralizing events provide direct evidence for the exposure of hydrothermally altered zones within a water shed or upstream of glacial deposits, with their chemistries pointing toward mineralized versus barren environments or even discriminating between deposit types.
布鲁克(Bruker)为抗性指标矿物(RIMS)勘探计划的不同分析需求提供了解决方案:
改变矢量和生育repre筛查sent early-stage exploration techniques that have application where exposures are limited or where exploration is dealing with partial or extensive cover. Designed to access low-level geochemical anomalies preserved in alteration minerals, the technique aims to detect alteration even at significant distance from a mineralized center, to vector toward and assess distance to the target, and evaluate potential fertility or endowment. Common target minerals include epidote and chlorite in the "greenrock" environment, alunite or clay minerals to aid vectoring in lithocap environments, or white micas, which may occur in the distal reaches of alteration zones but give clues to deposit type, alteration zone, proximity, and fertility.
Bruker Analytical Solutions允许我们的客户专注于他们的勘探需求,并完善其目标和矢量化策略。
这needs of greenfields exploration commonly requires a rapid, low-cost solution to screen bulk samples. Screening methods that target pathfinder elements as proxies to make decisions in the field, or guide funneling of samples toward the appropriate mineralogical or compositional analysis technique. For rapid screening of bulk samples for the possible presence of pathfinder minerals solutions include: