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Metallography

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  • Free Webinar On-Demand: New Cleanliness Workflow from Leica and Pall

    Obtaining cleanliness results rapidly, accurately, and reliably is a significant advantage for manufacturers and component suppliers. For this reason, Pall Corporation and Leica Microsystems have joined efforts to offer a new, unique workflow solution customizable to your individual needs. Join our free webinar to get a sneak preview on Leica Microsystems' new fully implemented LIBS (Laser Induced Breakdown Spectroscopy) system. This new landmark technology enables you to easily conduct fast and reliable optical and chemical cleanliness analysis with only one system. See for yourself how Leica Microsystems' new software and system solution facilitates and accelerates the identification of nature and source of particle contamination on components.
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  • Free Webinar On-Demand: Rate the quality of your steel

    The quality of steel is an essential topic in automotive, metalworking and building industries. To ensure the highest standards, an accurate and reliable Quality Assurance workflow for the inspection of non-metallic inclusions is crucial.
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  • Free Webinar On-Demand: Analyze grain size on microstructures the way you need

    Grain size plays an essential role in the mechanical properties of materials. Learn how to overcome problems in sample preparation and how to analyze different materials like, steel, aluminium, titanium, copper and ceramics.
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  • A Healthy Dose of Interferometry

    Although interferometry may once have been dismissed by the medical community because of its inability to see inside the human body, its application within the wider biomedical arena is continuing to grow and evolve; so much so that the technique is now used in the production of prosthetic limbs, research in dentistry and even for cultivating stem cells.
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  • Metallography – an Introduction

    Metallography is the study of the microstructure of all types of metallic alloys. It can be more precisely defined as the scientific discipline of observing and determining the chemical and atomic structure and spatial distribution of the constituents, inclusions or phases in metallic alloys. By extension, these same principles can be applied to the characterization of any material.
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  • Webinar: Digital Metallographic and Quality-Control Advancements to Help Increase Efficiency

    Doing more with fewer resources is today’s standard, and the metallurgical/quality-control laboratory is no exception. Digitizing the metallurgical laboratory provides software tools that increase overall efficiency and accuracy of microstructure evaluation in accordance with ASTM and ISO standards, automate the generation of quality reports, and provide a structured interface for archiving images and related data. This webinar will provide a comprehensive overview of how these digital tools can help optimize workflow and save time and money.
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  • Metallography with Color and Contrast

    The examination of microstructure morphology plays a decisive role in materials science and failure analysis. There are many possibilities of visualizing the real structures of materials in the light microscope. The image samples shown in this article demonstrate the information potential of some of the techniques used.
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  • Steel – the All-Rounder That Has to Pass Many Tests

    Steel is a real all-rounder. However, each application requires a specifi c sort of steel grade. Without steel there would be no Olympic stadiums, wind energy plants, bridges, skyscrapers, trains, planes, cars, razor blades or knives for medical and home use – at least, not of the quality and design we know today. Buderus Edelstahl GmbH in Wetzlar, Germany is one of the world’s top producers of special steel.
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  • Steel – It All Depends on What's Really Inside

    Steel, an alloy of iron and carbon, is both stable and elastic, extremely resistant, and a permanent item in our everyday life. Today there are over 2,500 standard steel types, with new grades and applications emerging all the time. Each steel type is specially made for its purpose. It is subject to stringent quality standards to ensure that it optimally withstands the specific loads.
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  • Research for the Optimal Structure

    To see how liquids can be made to flow, without being directly heated or touched, you only have to watch a raw egg explode in a microwave oven. Electromagnetic forces can even melt metal at hotter than 1000 °C. In the Magnetohydrodynamics study group at the Research Centre Dresden-Rossendorf (FZD) these complex interactions between electrically conductive liquids and magnetic fields are used to control the flow and solidification processes of liquid metal alloys.
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