Oko Ufanele Ukwazi Ngokucocwa NgeLaser
Umatshini wokucoca iLaser: Ibali elithile elingasemva
I-laser yokuqala ehlabathiniyasungulwa ngo-1960ngusosayensi waseMelika uNjingalwazi uTheodore Harold Mayman esebenzisa uphando nophuhliso lwerubhi.
Ukususela ngoko ubuchwepheshe be-laser buncede uluntu ngeendlela ezahlukeneyo.
Ukwanda kobuchwepheshe be-laser kwenza uphuhliso olukhawulezayo lwesayensi netekhnoloji kwimimandla ye-unyango lwezonyango, ukuveliswa kwezixhobo, ukulinganisa ngokuchanekileyo.
Kwayeubunjineli bokwenza ngokutshaukukhawulezisa isantya senkqubela phambili kwezentlalo.
Ukusetyenziswa kwe-laser kwindawo yokucoca kuye kwenzaimpumelelo ebalulekileyo.
Xa kuthelekiswa neendlela zokucoca zemveli ezifana nokuxinana koomatshini, ukugqwala kweekhemikhali kunye nokucoca nge-ultrasound rhoqo.
Ukucocwa nge-laser kunokwenzaukusebenza ngokuzenzekelayo ngokupheleleyonezinye izibonelelo ezifanaukusebenza kakuhle, ixabiso eliphantsi, akukho ngcoliseko, kwaye akukho monakalo kwizinto ezisisiseko.
Kunye nokucutshungulwa okuguquguqukayo kwiinkalo ezahlukeneyo zezicelo.
Ukucocwa nge-laser kuyahlangabezana nengcamango yokubaukucubungula okuluhlaza, okunobuhlobo nokusingqongileyokwaye yeyona ndlela yokucoca ethembekileyo nesebenzayo.
Inkqubo yokucoca umhlwa ngeLaser
Umatshini wokucoca umhlwa ngeLaser: Zibone zisebenza! (Iividiyo)
Yintoni enokwenziwa ngumatshini wokucoca nge-laser?
Yintoni umatshini wokucoca ngeLaser kwaye okona kubaluleke kakhulu, yintoni onokuyicoca?
Kule vidiyo, sibonise indlela isicoci se-laser esiphathwa ngesandla esinokucoca ngayo ngempumelelo izikhongozeli ezahlukeneyo.
Ukulungisa ukucoca umhlwa, ukususa ipeyinti, kunye nokususa igrisi ngomatshini wokucoca nge-laser ophathwayo.
Isixhobo sokususa umhlwa nge-laser njengoko sisibiza njalo, sifanele indawo kuyo yonke indawo yokusebenzela.
I-Laser Rust Cleaner sisixhobo esingcono kakhulu sokususa umhlwa.
Kule vidiyo, sithelekise i-laser esusa umhlwa, ukuqhumisa umkhenkce owomileyo, ukuqhumisa isanti, kunye nokucoca ngamakhemikhali.
Ngaba ufuna ukunciphisa iindleko zezinto ezisetyenziswa ekucoceni? Khetha isicoci selaser esiphathwa ngesandla.
Ngaba ufuna ukucoca useluhambeni ngeyunithi encinci? Khetha umatshini wokucoca nge-laser ophathwayo.
Kutheni i-laser yokususa umhlwa yeyona ilungileyo
Ukususa Umhlwa KwiLaser: Isifundo Esifutshane Sembali
Ukususela ekuzalweni kwengcamango yetekhnoloji yokucoca nge-laser phakathi kwiminyaka yoo-1980.
Ukucocwa nge-laser kuye kwenziwaihamba nenkqubela phambili yetekhnoloji yelaser kunye nophuhliso.
Kwiminyaka yoo-1970, uJ. Asums, isazinzulu eMelika, waveza ingcamango yokusebenzisa iteknoloji yokucoca nge-laserukucoca imifanekiso eqingqiweyo, imifanekiso eqingqiweyo, kunye nezinye izinto ezisetyenzisiweyo zenkcubeko.
Kwaye kuye kwabonakala ukuba ukucocwa nge-laser kunendima ebalulekileyo ekukhuseleni izinto ezisetyenzisiweyo zenkcubeko.
Amashishini aphambili abandakanyeka ekuveliseni izixhobo zokucoca iLaser aquka i-Adapt Laser kunye neLaser Clean All ezivela eMelika, i-El En Group evela e-Itali, kunye neRofin evela eJamani, njl.
Uninzi lwezixhobo zabo zeLaserI-Laser enamandla aphezulu kunye ne-frequency ephezulu yokuphindaphinda.
U-EYAssendel'ft nabanye basebenzise okokuqala i-laser ye-CO2 enamandla e-short-wave high pulse ngo-1988 ukwenza uvavanyo lokucoca olumanzi.
Ububanzi bepulse yi-100ns, amandla epulse enye yi-300mJ,ngelo xesha ekwisikhundla esiphambili kwihlabathi.
Ukususela ngo-1998 ukuza kuthi ga ngoku, ukucocwa nge-laser kuye kwanda ngokukhawuleza.
U-R.Rechner nabanye basebenzise i-laserCoca umaleko we-oxide kumphezulu we-aluminium alloykwaye ndabona utshintsho lweentlobo zezinto kunye nomxholo ngaphambili.
Emva kokucoca ngokuskena i-electron microscopy, i-energy dispersive spectrometer, i-infrared spectrum, kunye ne-X-ray photoelectron spectroscopy.
Abanye abaphengululi basebenzise ii-laser ze-femtosecondukucocwa nokugcinwa kwamaxwebhu embali kunye namaxwebhu.
Inezibonelelo zokusebenza kakuhle kokucoca,isiphumo esincinci sokutshintsha kombala, kwaye akukho monakalo kwimicu.
Namhlanje, ukucocwa nge-laser kuyanda eTshayina, kwaye iMimoWork iqalise uthotho lweematshini zokucoca nge-laser eziphathwa ngesandla ezinamandla aphezulu ukunceda abathengi abakwimveliso yesinyithi kwihlabathi liphela.
Umatshini wokucoca iLaser weMimoWork >>
Ngaba ufuna ukufunda okungakumbi malunga neLaser Rust Cleaner?
Umgaqo wokucoca i-laser
Ukucoca nge-laser kukusebenzisa iimpawu zeuxinano olukhulu lwamandla, ulwalathiso olulawulekayo, kunye nokukwazi ukuhlanganayelaser.
Amandla okubopha phakathi kwezinto ezingcolisayo kunye ne-matrix ayatshatyalaliswa okanye izinto ezingcolisayo ziyatshatyalaliswaivuthwe ngokuthe ngqongezinye iindlela zokucoca.
Nciphisa amandla okubopha kwezinto ezingcolisayo kunye ne-matrix, uze emva kokoukufezekisa ukucocayomphezulu wento yokusebenza.
Xa ungcoliseko olukumphezulu wesixhobo sokusebenza lufunxa amandla elaser.
Ukwanda kwabo ngokukhawuleza kwegesi okanye ubushushu obukhawulezileyo kuyayoyisa amandla aphakathi kwezinto ezingcolisayo kunye nomphezulu we-substrate.
Inkqubo yokucoca ngeLaser iyonke ingahlulwahlulwa ibe ngamanqanaba amane:
1.Ukubola kwegesi nge-laser
2.Ukuhluba nge-laser
3.Ukwanda kobushushu bee-particles ezingcolisayo
4.Ukungcangcazela komphezulu we-matrix kunye nokuqhekeka kongcoliseko.
Amanqaku Aphambili malunga nokuSuswa kweLaser Rust
Kakade ke, xa kusetyenziswa iteknoloji yokucoca nge-laser, kufuneka kuqwalaselweumda wokucoca nge-laser wento eza kucocwa.
Kwaye iubude be-laser obufanelekileyokufuneka kukhethwe, ukuze kufunyanwe isiphumo esihle sokucoca.
Ukucocwa nge-laser kunokutshintsha ulwakhiwo lwengqolowa kunye nokujonga umphezulu we-substratengaphandle kokonakalisa umphezulu we-substrate.
Kwaye inokulawula uburhabaxa bomphezulu we-substrate, ukuphucula ukusebenza kwayo okubanzi komphezulu we-substrate.
Isiphumo sokucoca sichaphazeleka kakhulu yiiimpawu zomqadi.
Iiparameter ezibonakalayo ze-substrate kunye nezinto zokungcola, kunye namandla okufunxa ukungcola ukuya kumandla omqadi.
Malunga neLaser Rust Cleaner kunye neHandheld Laser Weld
Nantsi Okungakumbi Okufanele Ukufunde:
Ixesha lokuthumela: Okthobha-06-2022