1.Lungisa izinto zokusebenza nezifanekiso: Hlola ukuthi umshini wokusika isifanekiso usesimweni esihle sokusebenza, okuhlanganisa nokuphakelwa kukagesi, i-blade yokusika, nesistimu yokupholisa. Khetha izibonelo ezifanele ze-titanium noma i-titanium alloy bese umaka izindawo zokusika.
2.Lungisa izibonelo: Beka ama-specimens etafuleni lokusebenza lomshini wokusika futhi usebenzise izinto ezifanele, njengezinto ezimbi noma ama-clamps, ukulungisa ngokuqinile ama-specimens ukuvimbela ukunyakaza ngesikhathi sokusika.
3.Lungisa imingcele yokusika: Ngokusho kwezakhiwo ezibonakalayo kanye nobukhulu bezibonelo, lungisa isivinini sokusika, izinga lokuphakelayo, nokujula kokusika komshini wokusika. Ngokuvamile, kuma-alloys e-titanium ne-titanium, isivinini sokusika esiphansi uma kuqhathaniswa nezinga lokuphakela liyadingeka ukuze kugwenywe ukukhiqizwa kokushisa okudlulele kanye nokulimala kwesakhiwo esincane sezibonelo.
4.Qala umshini wokusika: Vula inkinobho yamandla yomshini wokusika bese uqala i-blade yokusika. Yondla kancane ama-specimens ngaseceleni lokusika, futhi uqinisekise ukuthi inqubo yokusika izinzile futhi iyaqhubeka. Phakathi nenqubo yokusika, sebenzisa uhlelo lokupholisa ukuze upholise indawo yokusika ukuvimbela ukushisa ngokweqile.
5.Qedela ukusika: Ngemva kokuqedwa kokusika, vala ukushintshwa kwamandla omshini wokusika bese ususa ama-specimens etafuleni lokusebenza. Hlola indawo yokusika yama-specimens ukuze uqinisekise ukuthi iyisicaba futhi ibushelelezi. Uma kunesidingo, sebenzisa isondo lokugaya noma amanye amathuluzi ukuze uqhubeke ucubungula indawo yokusika.
6.Ukulungiselela isampula: Ngemva kokusika ama-specimens, sebenzisa uchungechunge lwezinyathelo zokugaya nokupholisha ukuze ulungiselele izibonelo zokuhlaziywa kwe-metallographic. Lokhu kuhlanganisa ukusebenzisa amaphepha abrasive amagrits ahlukene ukuze ugaye ama-specimens, okulandelwa ukupholishwa ngokunamathisela kwedayimane noma ezinye izinto zokupholisha ukuze kutholwe indawo ebushelelezi futhi efana nesibuko.
7.Ukukhipha: Gxilisa ama-specimens aphucuziwe kusixazululo esifanelekile sokunamathisela ukuze uveze i-microstructure ye-titanium alloy. Isixazululo se-etching kanye nesikhathi sokufaka kuzoncika ekubunjweni okuthile kanye ne-microstructure ye-titanium alloy.
8.Ukubuka nge-Microscopic: Beka ama-specimens aqoshiwe ngaphansi kwesibonakhulu se-metallographic futhi ubheke ukwakheka kwe-microstructure usebenzisa ukukhulisa okuhlukile. Rekhoda izici ze-microstructure eziboniwe, njengosayizi wokusanhlamvu, ukwakheka kwesigaba, nokusabalalisa okufakiwe.
9.Ukuhlaziya nokuhumusha: Hlaziya izici ze-microstructure eziphawuliwe futhi uziqhathanise ne-microstructure elindelwe ye-titanium alloy. Humusha imiphumela ngokomlando wokucubungula, izakhiwo zokukhanda, nokusebenza kwengxubevange ye-titanium.
10.Ukubika: Lungiselela umbiko onemininingwane mayelana nokuhlaziywa kwe-metallographic ye-titanium alloy, okuhlanganisa indlela yokulungiselela isifanekiso, izimo zokuqopha, ukubhekwa kwe-microscopic, nemiphumela yokuhlaziya. Nikeza izincomo zokuthuthukisa ukucutshungulwa nokusebenza kwe-titanium alloy uma kunesidingo.
Inqubo Yokuhlaziya ye-Metallographic Microstructure ye-Titanium Alloys
Isikhathi sokuthumela: Feb-19-2025
