Academic Geoscience Research

Sedimentary Geology and Paleobiology

The study of past environments, climate and life requires detailed investigations of geologic materials. Bruker’s spatial geochemistry tools provide new ways to elucidate minerals, textures and sedimentary structures that will revolutionize your processes of scientific discovery.

介绍

Empowering Innovative Sedimentology and Paleobiology

沉积岩记录了地球的历史，是碳氢化合物和淡水的重要来源。Bruker提供了分析仪器，使沉积学研究人员能够使用分析化学和矿物质成分沉积岩的工具以及沉积结构，孔隙率，渗透率，化石，质地和改变特征。布鲁克（Bruker）的工具是沉积学和地球化学家工具包的完善部分，并引入了新的工具和方法来推动研究中的新方向。布鲁克致力于与科学家的用户和合作伙伴的成功，以创新探索沉积岩及其对地球前世，气候和环境的讲述。

Chemical and Mineral Mapping

Chemical and Mineral Mapping

Take sedimentary petrology to the next level with chemical and mineral mapping.

Contact an expert

基础沉积质质学的分析技术继续创新，因为研究重点已从描述性转变为物理，化学和生物学过程的考虑。化学成像的最新进展使工人拥有跨职能工具，以阐明沉积，晶状和成岩作用的过程。例如：

Automation and high-speed analysis enable chemical mapping to become a routine part of the petrology workflow including mathematical textural analysis
化学映射是数据丰富的，具有数千或数百万个数据点，可以进行大数据分析，并将图像转换为数据集，可以进行统计分析
数据驱动的分类方法,如cluster analysis and lithotyping, can remove subjectivity and allow for the comparison of datasets

Chemical and mineral mapping can make hidden structures visible and provide information on chemical properties of sedimentary and biological structures

砂岩中还原点的元素分布图

油页岩标本的EBSD相位图

长石的WDS锶图

Three-Dimensional Analysis

Three-Dimensional Analysis

地质学的持续偏见之一是，从地质地图到薄层的大多数信息来源都是三维世界的二维表示。Bruker通过3D X射线显微镜（XRM）和用于3D EDS和EBSD映射的软件解决方案来帮助工人克服和理解这一点。这些3D技术可实现晶粒，孔隙率和渗透性以及其他物理或化学属性的三维映射。

Explore solutions for 3D analysis in sedimentology

Paleobiology

Paleobiology

Fossil

Elemental Mapping for Paleontology

Elemental mapping can open new frontiers in paleontology and paleobiology by providing spatial geochemical distribution. Micro-XRF and x-ray microanalysis are non-destructive technologies that map elemental concentrations, allowing analysis of even sensitive samples.

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Fossil

New Technology in Paleontology

对地球过去的研究需要特别关注和奉献精神。布鲁克的仪器对世界上一些最重要的文化遗产物体和绘画的非破坏性分析得到了信任，现在我们将我们的化学成像专业知识带入古生物学，流产学和古生物学。

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3D volume

XRM用于沉积学

Micro-computed tomography (XRM) is an emerging technology in geology that enables high-resolution 3D characterization of rocks and minerals. XRM is a non-destructive 3D imaging analysis technique for samples from 1 mm to 20 cm that enables analysis of structures, textures, porosity, permeability, and the 3D distribution of phases.

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散装地球化学和矿物学

散装地球化学和矿物学

元素地球植物

XRF的地球化学

X-Ray Fluorescence (XRF) is the most accepted analytic technology for grade control in mineral production and processing.

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mining-bulk-mineralogy

X射线散装矿物学

X射线衍射（XRD）提供了有关采矿业务中矿物质的类型和浓度的定量信息。

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钻石钻头芯

矿物勘探的核心扫描

Analysis of diamond drill core and RC chips are at the heart of the mineral exploration and target assessment process. New technologies for core analysis has transformed drilling programs into data-rich toolsets for vectoring, assessing perspectivity, and delineating domains of mineralization.

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学到更多

沉积地质和古生物学网络研讨会

微XRF光谱法

ON-DEMAND SESSION - 63 MINUTES

Seeing the world through other eyes

扫描Micro-XRF已发展为一种非常有用的分析工具，用于研究跨多个学科的复杂样品。

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按需会议 - 37分钟

高速粒子分析使用ESPRIT软件中的功能

The automated feature analysis combines the ability to quickly perform a morphological characterization with chemical analysis.

Multiscale in-situ non-destructive micro-XRF scanning analysis

ON-DEMAND SESSION - 60 MINUTES

Multiscale in-situ non-destructive micro-XRF scanning analysis

The micro-analysis of geological samples is common practice to obtain valuable information, for example in mineral exploration and process mineralogy.

Analytical SEM Solutions for Geology - Part I

August 13, 2019

Analytical SEM Solutions for Geology - Part I

Join us for a webinar in two parts covering various aspects of scanning electron microscopy techniques (EDS, EBSD, CL) for geological applications.

The techniques are surface sensitive

September 10, 2019

地质的分析SEM解决方案 - 第二部分

Join the second part of this free webinar dealing with scanning electron microscopy techniques (EBSD, CL) for geological applications.

Bruker的M4龙卷风是桌面微型XRF光谱仪。

Explore Micro-XRF in the Geosciences

Explore the exciting world of micro-XRF for Geology and get questions on the method answered by leading Micro-XRF experts.

csm_2019_wds_banner_geological_samples_WDS_1170_400_670e003059

2019年4月25日

Advanced Element Analysis of Geological Samples using QUANTAX WDS for SEM

Advantages of WDS for SEM for the analyses of geological samples.

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2019年3月14日

大面积的高分辨率地质样品图

在本网络研讨会中，我们介绍了与各种应用相关的地质样本的超图分析，例如经济地质，矿物学等

红外和拉曼地质样品的分析

2018年11月9日

红外和拉曼地质样品的分析

我应该舔我的水晶吗？

我应该舔我的水晶吗？

矿物质在5分钟内。

csm_2017_Latest_advances_in_identifying_mineral_composition_variation_by_M4_TORNADO_AMICS-webinar_aad2820f78

Latest advances in identifying mineral composition variation by the M4 TORNADO AMICS

The new M4 TORNADOAMICS spectrometer allows the creation of mineral maps from spatially resolved X-ray Fluorescence (XRF) signals.

AMICS

AMICS — The Latest Software Package for Automated Identification and Quantification of Minerals and Synthetic Phases

高级矿物识别和表征系统（AMIC）是用于自动识别和量化矿物和合成阶段的最新软件包。该软件包的关键在于其创新成像和分析软件功能。

Publications Related to Sedimentary Geology and Paleobiology

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Products for Sedimentary Geology and Paleobiology

AMICS screenshot

AMICS Automated Mineralogy System for SEM

通过SEM自动扫描矿物和岩石表征

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D2移动器

世界上最好的台式X射线粉末衍射仪。xrd为每个人。到处都是xrd。XRD为一切。

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M4 TORNADO PLUS

The Revolutionary Super-Light Element micro-XRF Scanner

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Confocal Raman Microscope: SENTERRA II

Confocal Raman Microscope: SENTERRA II

µ-RAMAN基准测试用户征收，安全性和精度。结果驱动的工具，用于100％可靠的拉曼微化学分析。

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TRACER 5 Portable XRF Spectrometer

TRACER 5 Portable XRF Spectrometer

High value handheld XRF performer for the most demanding analyses: synchronizes power, function, precision, and accuracy for a dynamic, field capable, lab-like experience.

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