Vultus qualitas inspectionem plerumque a non-perniciosius inspectionem, plerumque cum nudus oculus vel humilis magnificare speculum inspectionem, si necessarium, etiam uti non-perniciosius inspectionem modum.
In inspectionem modi internum qualis estGravis DimittingsPotest esse summatim, macroscopic organization inspectionem, microscopic organization inspectionem, mechanica proprietatibus inspectionem, chemical compositionem analysis et non-perniciosius testis.
Macroscopic microstructure test est quaedam test observare et analyze humilis-potentia microstructure characteresfusilisper visual vel humilis-potentia magnificare speculum. Communiter usus modi ad macroscopic structuram inspectionemDELICTIMSunt humilis-potentia corrosio methodo (including scelerisque corrosio, frigus corrosio et electrolytic corrosio methodo), fractura test et sulphur printing modum.

Microstructure inspectionem regula est utor lumen microscopium ut reprehendo in microstuctructureDELICTIMde variis materiae. The inspection items generally include intrinsic grain size, or grain size at specified temperature, ie actual grain size, non-metallic inclusion, microstructure such as decarburization layer, eutectic carbide inhomogeneity, overheat, overburn and other required microstructure, etc.
Mechanica proprietatibus et processus perficientur inspectionem esse fuisse ad ultima calor curatio estDELICTIMEt temptare pieces processionaliter in certum sample post usum tensile temptationis apparatus, impulsum testis apparatus, patientia temptationis apparatus, lassitudine temptationis machina, duritia et processu perficientur values.
Chemical composition testing is generally the use of chemical analysis or spectral analysis of forging components analysis and testing, with the development of science and technology, both chemical analysis and spectral analysis of its analysis means have made progress. For spectral analysis, now is not simply using spectral method and spectroscopic method to carry out component analysis, the emergence of the photoelectric spectrometer not only fast analysis, but also greatly improve the accuracy, and the emergence of plasma photoelectric spectrometer has greatly improved the analysis accuracy, its analysis accuracy can reach 10-6 level, This method is very effective for the analysis of trace harmful Impuraities ut PB, ut, sn, si, in superalloy remissos.
Said above, the method of test, macroscopic organization, and composition and microstructure test or performance or method, all belong to the destructive testing method, for some heavy forgings of the destructive methods cannot completely adapt to the requirement of quality inspection, on the one hand, this is because it is not the economy, on the other hand is mainly in order to avoid the one-sidedness of destructive testing. Development of NDT technology providet magis provectus et perfectum medium estfusilisQualis inspectionem.
Nondestructive Testing modi pro fabbendo qualitas inspectionem sunt plerumque: Magnetic Powder Mode, penetratio inspectionem Methodo, Abba current inspectionem modum, ultrasonic inspectionem modum.

Magna particula metus modum late ad inspectum superficiem vel iuxta superficiem defectibus ferromagnetic metallum aut mixturaeDELICTIM, Cracks, rugis, albis maculis, non-metallicis inclusions, Delaination, colding, carbide vel ferromagnetticum etc.DELICTIM, Sed non est de fabrica de Austenitic ferro.
Penetrant inspectionem modum potest non tantum reprehendo magneticam materiales, sed etiam reprehendo in superficiem defectibus non-feromagnetic materialesDELICTIM, Ut rimas, solutae, colding, etc. plerumque, non solum solebat reprehendo superficiem defectuum non-feromagnetic materiales remittings, et non invenietis defectibus infra superficiem. Abba current testing adhibetur ad reprehendo superficiem vel iuxta superficiem defectuum de PROLIXUS materiae.
Ultrasonic inspectionem modum adhibetur ad reprehendo internum defectibus delectationum ut DECREMENTUM cavitatis alba macula, core crack, slag inclusio, etc. quamvis hoc determinat, ieiunium defectus difficile determinare determinat.