Zintlanu iindlela eziphambili zokubona iziphene zomphezulu wesikwere kunye ne-recimibhobho ye-tangular:

1. Eddy uhlolo lwangoku

Uvavanyo lwangoku lwe-Eddy lubandakanya uvavanyo olusisiseko lwe-eddy yangoku, uvavanyo lwangoku lwe-eddy ekude, uvavanyo lwangoku lwe-eddy ye-multi-frequency, kunye novavanyo lwe-single-pulse eddy yangoku. Ukusebenzisa i-sensor yangoku ye-eddy ukukhupha izinto zetsimbi ngomagnetic, uhlobo kunye nokumila kweziphene ezingaphezulu kombhobho wexande kuya kubangela iintlobo ezahlukeneyo zeempawu zedatha. Ineenzuzo zokuchaneka kokuhlolwa okuphezulu, uvakalelo oluphezulu lokuhlola, kunye nesantya sokuhlola ngokukhawuleza. Iyakwazi ukuhlola umphezulu kunye neengqimba ezisezantsi zombhobho ovavanyiweyo, kwaye ayilinyazwa ngamasalela anjengamabala e-oyile ebusweni bombhobho wensimbi ovavanyiweyo. Ukungalungi kukuba kulula kakhulu ukuhlukanisa izakhiwo ezingenasiphako njengeziphene, izinga lokufumanisa ubuxoki liphezulu, kwaye isisombululo sokuhlola isikrini akulula ukulungisa.

2. Uvavanyo lwe-ultrasonic

Xa i-ultrasound ingena entweni kwaye ibetha isiphene, inxalenye yefrikhwensi yesandi idala indawo ebonakalisayo. Umsebenzi wezinto ezininzi zokufumana kunye nokuthumela unokuhlalutya i-wave wave ebonakalisiweyo, kwaye unokubona iimpazamo ngokuchanekileyo nangokuchanekileyo. Uvavanyo lwe-Ultrasonic lusetyenziswa ngokuqhelekileyo ekuhlolweni kweentsimbi zensimbi. Uvakalelo lokuhlola luphezulu, kodwa umbhobho ontsonkothileyo akukho lula ukuwuhlola. Kuchazwe ukuba umphezulu wetyhubhu yoxande oza kuhlolwa unomgangatho othile weglosi, kwaye umsantsa phakathi kwekhamera kunye nomgangatho ohlolisisiweyo uvalwe nge-agent yokudibanisa i-silane.

3. Indlela yokuhlola amasuntswana emagnethi

Umgaqo osisiseko wendlela yokuhlola i-particle magnetic kukugqiba intsimi ye-electromagnetic kwi-raw material ye-square steel pipe. Ngokonxibelelwano phakathi kwesiphene sokuvuza intsimi ye-electromagnetic kunye nokuhlolwa kwesuntswana lamagnetic, xa kukho ukungaqhubeki okanye isiphene kumaleko angaphezulu okanye kufutshane nomphezulu, umgca wemagnethi uya kukhubazeka ngokuyinxenye apho kungekho ukuqhubeka okanye isiphene, okukhokelela ekubeni umhlaba wemagnethi. Izibonelelo zayo zincinci utyalo-mali koomatshini kunye neeprojekthi zezixhobo, uzinzo oluphezulu kunye nomfanekiso onamandla. Isiphene kukuba eyona ndleko yokusebenza iyanda, ulwahlulo lwesiphene aluchanekanga, kwaye isantya sokuhlola sicotha noko.

4. Ukufunyanwa kwe-infrared

Ngokwekhoyili ye-electromagnetic ye-high-frequency induction electromagnetic, amandla e-electromotive abangelwa kumphezulu wetyhubhu yesikwere. Amandla ombane owenziweyo aya kubangela ukuba indawo ehlelelekileyo itye amandla amaninzi e-electromagnetic, ebangela ukuba ubushushu bezinye iindawo bunyuke. Sebenzisa i-infrared infrared ukujonga ubushushu bezinye iindawo ukuchonga ubunzulu besiphene. Izinzwa ze-infrared zisetyenziselwa ukuhlolwa kweziphene zomhlaba, kwaye ukungahambi kakuhle kusetyenziselwa ukuhlolwa kwezinto zetsimbi ezingaqhelekanga kumphezulu.

5. Ukuhlolwa kokuvuza kwemagnethi

Indlela yokuhlola i-magnetic flux yokuvuza ifana kakhulu nendlela yokuhlola i-particle magnetic, kunye nensimu yesicelo sayo, uvakalelo kunye nokuzinza kunamandla kunendlela yokuhlola i-particle magnetic.