... with average aspect ratios of 15:1 (friction) and 17:1 (nonfriction). tremolite actinolite matrix reduction acid transmission electron microscopy (TEM) sample preparation accessory mineral fiber width fiber length aspect ratio ASBESTOS AND OTHER ELONGATE MINERAL PARTICLES 341 STP 1632, 2021...

... discussion of sample preparation for analysis, and the individual techniques with some typical applications in the oil industry. It also includes discussion of ASTM proficiency testing programs, international test methods harmonization, and quality control. atomic absorption spectrometry biofuels...

... resides in the simplicity of the method, its speed (complete sample dissolution in less than 12 min), automation, and the absence of harsh acids. Furthermore, this technique does not require highly skilled operators. borate fusion ICPOES metals ICP spectrometry sample preparation automated...

... for these measurable properties. In this paper, several currently used methods for determining the physical properties of lime and other powders are presented, along with an explanation of the principles of measurement and sample preparation. particle characterization particle size distribution specific...

.... Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers hardness Quality control...

... Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers hardness Quality...

... Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers hardness Quality control Microstructure 2 Sectioning 2.1 Selection...

.... Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers hardness Quality control...

... be marked in all cases where ametallographic/materialographic analysis should be reported. Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact...

... cloths. Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers hardness...

... to avoid them, see Sections 13.5/6. Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography...

... through the etching of the surface (see Chapter 9). For a thorough description of artifacts and how to avoid them, see Section 13.5/6. Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold...

... Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers hardness Quality control Microstructure 8 Electrolytic Polishing/Etching...

... MICROETCHING IS ETCHING OF MICROSTRUCTURES TO BE OBSERVED BY magnification higher than 25 × 50 (× in Europe). For macroetching, see Section 9.7. Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot...

... Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers hardness Quality...

... an important role. Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers...

... 13.2.3). Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers hardness...

... in Chapter 12. Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers hardness...

... Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing Cutting Sectioning Hot mounting Cold mounting Grinding Polishing Polishing artifact Etching Microscope Quantitative metallography Stereology Vickers hardness Quality...

... that results when this optical system is used is considerably greater than it is when the object is viewed by the naked eye at the same distance of 25 cm (≈ 10 in), visual angle δ2. Metallography Materialography Preparation methods Sample preparation Mechanical polishing Electrolytic polishing...