Metallographic microscope is a kind of microscope dedicated to observing the organization and characteristics of metal materials, which has a wide range of applications in the fields of materials science, metallurgy, metallurgy, mechanical engineering, etc. It is used to study the internal microstructures of metals and alloys, to analyze the metallurgical organization and the properties and qualities of the materials, and to detect the defects and damages in the materials.
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铜 5X 明场
铜 5X 明场
Challenges in metallographic microimaging
Before using metallographic microscope, according to the type and form of material to be examined, suitable metallographic sections are prepared, and usually, the samples need to be ground, polished and polished to obtain a flat and smooth surface.
In order to ensure accurate research and analysis results, and to ensure that the samples can be clearly visible, it is necessary to avoid the interference of other light sources, and to choose the appropriate magnification and illumination.
Organization observation and analysis of carbon steel after heat treatment
Organization observation and analysis of carbon steel after heat treatment
The role of metallographic microscopy in metallographic analysis
Metallographic analysis is one of the important means of experimental research of metal materials, using quantitative metallographic principles, from the two-dimensional metallographic specimen grinding surface or thin film metallographic microstructure measurements and calculations to determine the three-dimensional spatial morphology of alloy organization, so as to establish a quantitative relationship between the alloy composition, organization and properties.
Metallographic microscope can be used with professional metallographic analysis software to carry out quantitative analysis, and the application of image processing system to metallographic analysis has the advantages of high precision and speed, which can greatly improve work efficiency.
