Metallography, Principles and Practice
This work offers a comprehensive source of information on metallographic techniques and their application to the study of metals, ceramics, and polymers. It contains an extensive collection of micro- and macrographs.
What people are saying - Write a review
Other editions - View all
100 mL water abrasive acetic acid AISI alcohol alloys alumina aluminum ammonium ammonium persulfate annealed anode aqueous ASTM attack austenite carbides carbon cathode chemical polishing color copper coworkers decarburization density depth developed diameter diamond Electrolytic electropolishing employed etch Etchant composition Comments ethanol FeCl3 ferrite Figure film fracture g NaOH g picric grain boundaries grain contrast grain structure graphite grinding hardness tests heat tinting HNO3 Immerse sample inclusions indenter intercept iron load Macroetchants magnification martensite materials measurements Metallographic metals method microhardness microscope microstructure mL acetic acid mL ethanol mL HC1 mL HF mL HN03 mL HNO mL lactic acid mL water Solution mLHF mounting nital obtained oxalic acid oxide particles pearlite perchloric acid picral picric acid polarized light polishing preetch procedure produce reagent rinse room temperature sodium specimen stainless steel sulfide sulfur surface Swab sample technique tint etch tion Vickers Voltage wheel