Izinga lemakethe likhule kakhulu, futhi ubuchwepheshe be-titanium nitride buhola ithrekhi
Emakethe yomhlaba, i-Asia (ikakhulukazi i-China) isiphenduke insika yokukhula kwefilimu yefasitela le-titanium nitride ngenxa yokwenyuka kwezinga lokungena kwezimoto ezintsha zamandla kanye nesidingo sokuthuthukiswa kokusetshenziswa. Kulindeleke ukuthi isabelo semakethe sibe ngaphezu kwama-50% omhlaba ngo-2031.
Kusukela "ekuvikelweni kobumfihlo" kuya "kulwazi lwezobuchwepheshe", isidingo somthengi sithuthukiswe ngokugcwele
Kule minyaka eyishumi edlule, izimfuno ezibalulekile zabathengi zokukhetha amafilimu amafasitela zigxile ekuvikelweni kobumfihlo kanye nemisebenzi eyisisekelo yokufakwa kwe-thermal. Kodwa-ke, ucwaningo lwemakethe ngo-2024 lukhombisa ukuthi lesi sidingo sesishintshele kuzinkomba ezintathu ezinkulu zolwazi lwezobuchwepheshe:
Ukuphatha okushisayo okuhlakaniphile: Abasebenzisi bakhathazeke kakhulu ngokufiphala okuguquguqukayo, ukulawulwa kwezinga lokushisa okuhlakaniphile neminye imisebenzi. Ifilimu yefasitela le-Titanium nitride ifinyelela ukubonakaliswa kwe-infrared okunembile ngobuchwepheshe be-magnetron sputtering, obunganciphisa ukusetshenziswa kwamandla esimo somoya ngo-40% futhi ivumelane nezidingo zokulawula izinga lokushisa zamabhethri emoto yamandla amasha.
Ukuvikelwa kwemvelo kanye nempilo: Amaphesenti angu-67 abathengi avame ukukhetha izinto ezingenabuthi nezingenabungozi endaweni. Ubuchwepheshe be-Titanium nitride sebuphenduke inketho yokuqala "yohambo oluluhlaza" ngoba abuqukethe odayi futhi buyasebenziseka kabusha.
Ukujwayela kwefekthri kwangempela kanye nokusebenziseka kwesignali: Ekuphenduleni inkinga yokuphazamiseka kwesignali yezingxenye ze-elekthronikhi ezimotweni zamandla amasha, ifilimu yefasitela le-titanium nitride isebenzisa ubuchwepheshe bokuhlanganisa bezinga le-nano ukuze kuqinisekiswe ukungena okungenakulahlekelwa kwe-GPS, i-ETC nezinye izimpawu.
Njengengqalabutho yemboni, impumelelo eyinhloko ye-XTTF yezobuchwepheshe ihlanganisa:
Ukuthuthukiswa kwesakhiwo esiyinhlanganisela yezendlalelo eziningi: Ngokulungisa ukuhleleka kokunqwabelanisa kwesendlalelo sefilimu yombala oyinhloko kanye nefilimu yesisekelo ye-titanium nitride magnetron, indawo yobuhlungu yomkhakha "yemigqa emnyama emnyama" emikhiqizweni yendabuko ixazululwa ngokuphelele, kuzuzwe kungasebenzi kahle kokubonakalayo ngaphansi kokukhanya okunamandla.
Inqubo yokuhlanganisa i-nano-coating enomzimba omncane kakhulu: Ugqinsi lwesendlalelo se-titanium nitride sputtering kulawulwa ngaphakathi kwama-nanometers angu-50, kucatshangelwa ukufakwa kwe-thermal nokuguquguquka okuphezulu, futhi izinga lomonakalo wokwakha lehla laya ku-0.5%.
Umbono wochwepheshe: "Ifilimu yefasitela ye-Titanium nitride iyisici esibalulekile sokuthuthukisa ukusebenza kahle kwamandla ezimoto ezintsha zamandla. Umphumela wayo wokonga amandla unganciphisa ngokuqondile ukukhishwa kwekhabhoni yemoto yonke ngo-5% -8%, ehlanganiswe kakhulu nenqubomgomo "ye-carbon dual" .
Isikhathi sokuthumela: Mar-14-2025
