Oceanography and Hydrologic Science

Bruker is committed to providing more than just instrumentation; we deliver data-driven solutions for the interdisciplinary work of oceanography, hydrology, limnology, and glaciology:

• 成分的研究形成、分布、and geologic framework from the surfaces to the depths of oceans, seas, glaciers, lakes, and ponds as well as the rivers and estuaries they interface with

• Marine resource exploration and utilization, from mining of hydrothermal vents and mid-ocean ridges to the study of seafloor sediment patterns for the safe construction and structural integrity of wind farms

• Environmental assessments for preservation and restoration of ecosystems, habitats, biological life forms, and land erosion impacted by natural or anthropogenic events with contaminants such as heavy metals in sediments and oil in water

• 研究不仅威胁海洋生物的微型污染物（MPP）的积累（MPP）的研究

布鲁克（Bruker）解决海洋学和水文科学的解决方案方法意味着我们的专家将帮助您选择工作所需的最佳仪器，软件和校准。我们能够选择正确的分析技术，以在需要的地方和何时提供可靠的价值。

Micro-XRF（µ-XRF）不仅可以实现无损的同时元素分析，而且几乎没有样品制备，而且还提供了岩石，沉积物核心和生物生命形式的矿物密度分布图。这些数据支持海洋矿物质的组成研究，以确定其形成和分布，从而有助于自然资源的勘探和利用。他们还支持环境评估，以保存和恢复水体内和周围发现的土地和生命形式。Bruker XRF解决方案包括：

• TheM4 TORNADO^PLUSis capable of analyzing from C to Am with its multi-functional computer-controlled He-purge for sample spot sizes down to <25µm and utilizes a TurboSpeed X-Y-Z stage for elemental distribution analysis “on the fly”
• TheM4 TORNADO AMICS结合了超快速元素分布分析M4 TORNADO光谱仪具有强大的高级矿物识别和分类软件，Amics