Kwi "super factory" yokwenza iitships, i-wafer nganye enobukhulu be-finger center ithwala iisekethe ezichanekileyo, kwaye isitshixo sokufumanisa ukuba ezi sekethe zinokwenziwa ngokuchanekileyo na sifihliwe kwilitye elingaqhelekanga - eli yi-granite. Namhlanje, masithethe "ngesixhobo esiyimfihlo" se-granite - amandla ayo okudambisa - kunye nendlela eba "yingelosi yomlindi" wezixhobo zokuskena ii-wafer.
Yintoni ukudambisa? Ngaba amatye "ayakwazi ukufunxa iintshukumo"?
Ukudambisa kuvakala ngathi kubuchwephesha kakhulu, kodwa eneneni, umgaqo walo ulula kakhulu. Khawuthelekelele uyeka ngequbuliso ngelixa ubaleka. Ukuba akukho cushioning, umzimba wakho uya kubaleka phambili ngenxa ye-inertia. Kwaye ukudambisa kufana nesandla esingabonakaliyo, okukunceda ukuba "uqhekeze" ngokukhawuleza. Ulwakhiwo lwangaphakathi lwegranite lwenziwe ziikristale zeminerali ezidityanisiweyo ezifana ne-quartz kunye ne-feldspar, kwaye kukho imingxunya emininzi emincinci kunye neendawo zokungqubana phakathi kwezi kristale. Xa ukungcangcazela kwangaphandle kudluliselwa kwigranite, le mingxunya kunye neendawo zokungqubana ziqala "ukusebenza", ziguqula amandla okungcangcazela abe ngamandla obushushu kwaye ziwachitha kancinci kancinci, zivumela ukungcangcazela ukuba kume ngokukhawuleza. Oku kufana nokufaka "i-super shock absorber" kwisixhobo, okwenza singasakwazi "ukuxhawulana ngezandla".
Ukuskena i-wafer: Impazamo encinci ingakhokelela kwimpazamo enkulu
Izixhobo zokuskena iiwafer zifana neekhamera ezichanekileyo "ezithatha imifanekiso" yeewafer, zibona kwaye zizoba iipateni zesekethe kwi-nanoscale. Nangona kunjalo, ngexesha lokusebenza kwesixhobo, ukujikeleza kwemoto kunye nokuhamba kwezinto zoomatshini kuya kuvelisa ukungcangcazela okuphezulu. Ukuba oku kungcangcazela akulawulwa, ilensi yokuskena iya "kufiphala" njengekhamera engaqinisekanga, nto leyo ekhokelela kwidatha yokufumanisa engachanekanga kwaye ide ilahle yonke iwafer ngokuthe ngqo.
Xa isiseko sesinyithi esiqhelekileyo sidibana nokungcangcazela, sidla "ngokubethelela ngamandla nxamnye nokungcangcazela", kunye nokungcangcazela okubonakaliswa ngasemva nangaphambili ngaphakathi kwesinyithi, nto leyo eya kuba nzima ngakumbi xa kungcangcazela. I-Granite, enomthamo wayo ogqwesileyo wokudambisa, inokufunxa amandla angaphezu kwama-80% okungcangcazela. Imeko yokwenyani yefektri ethile ye-semiconductor ibonisa ukuba ngaphambi kokuba isiseko se-granite sitshintshwe, imiphetho yemifanekiso ye-wafer ethathwe zizixhobo zokuskena yayingacacanga, kunye nokuphambuka okuphezulu ukuya kuthi ga kwi-±3μm. Emva kokutshintshela kwisiseko se-granite, ukucaca komfanekiso kwaphucuka kakhulu, ukuphambuka kwehliswa ukuya kwi-±0.5μm, kwaye izinga lokuvelisa lenyuka ukusuka kwi-82% ukuya kwi-96%!
Ingxaki yeResonance: IGranite "Iyithomalalisa Njani Ingozi"?
Ngaphandle kokungcangcazela kwesixhobo ngokwaso, ukungcangcazela okuncinci okuvela kwindawo engaphandle (njengokusebenza koomatshini abasecaleni okanye iinyawo zabasebenzi abahambahambayo) nako kunokubangela iingxaki ezinkulu. Xa imvamisa yokungcangcazela yangaphandle ihambelana nemvamisa yesixhobo ngokwaso, isandi siya kuvela, njengejeli yokushukumisa, kokukhona ushukumisa kakhulu. Iimpawu zokudambisa igranite zifana nokubeka "ii-earplugs ezithintela isandi" kwisixhobo, ukwandisa uluhlu lwamaza avakalayo esixhobo kwaye kwenze ukuba singahambelani nehlabathi langaphandle. Idatha ibonisa ukuba emva kokusebenzisa isiseko segranite, umngcipheko wokungcangcazela kwesixhobo uncitshiswe ngama-95%, kwaye uzinzo luphuculwe kathathu!
Ukukhanyiselwa "kokudambisa" ebomini
Enyanisweni, umgaqo wokunciphisa i-damping uqheleke kakhulu kubomi bemihla ngemihla. Izithinteli zomothuko emotweni zisenza sikwazi ukuqhuba kakuhle kwiindlela ezinamaqhuma, kwaye umsebenzi wokucima ingxolo wee-headphones unokuthintela ingxolo yangaphandle. Zonke ezi zinto zenza uzinzo "ngokufunxa amandla". I-Granite ifikelele kwinqanaba eliphezulu kwaye ibe yinto ebalulekileyo kwicandelo lokuvelisa iitships.
Ngexesha elizayo xa ubona i-granite, musa ukuyithatha njengelitye eliqhelekileyo! Kwihlabathi elinobunkunkqele lokuvelisa i-semiconductor, zezi zinto zibonakala ziqhelekile, "ezinamandla amakhulu" azo akhethekileyo, eziqhubela phambili ubuchwepheshe ngokuqhubekayo.
Ixesha leposi: Juni-17-2025