Indlela yoguquko lwemilinganiselo yamandla ephepheni

Indlela yoguquko lwemilinganiselo yamandla ephepheni
I-landlersKuzo zonke iintlobo kunye nobuchule bendawo yonke, ukusuka kwi-pointer yotyando ngamehlo ukuya kwimitha yokukhanya kwizinyithi ezisetyenziselwa ukusika amalaphu amalaphu kunye neemveliso ezininzi. Zisetyenziswa kwiiprinta, ukugcinwa kwedatha kwayeUnxibelelwano olukhethekileyo; Izicelo zeMveliso ezifana ne-welding; Izixhobo zomkhosi kunye nokujikeleza; Izixhobo zonyango; Zininzi ezinye iinkqubo. Eyona ndima ibaluleke kakhulu yindima yei-laser, kokukhona ungxamisekileyo yimfuneko yokuqinisekisa ukukhupha amandla ayo.
Iindlela zemveli zokulinganisa amandla eLaser ifuna isixhobo esinokuthi sifumane onke amandla kwi-beam njengobushushu. Ngokulinganisa utshintsho lobushushu, abaphandi banokubala amandla e-laser.
Kodwa ukuza kuthi ga ngoku, kwakungekho ndlela yokuyilinganisa ngokufanelekileyo amandla e-laser ngexesha lokwenyani ngexesha lokwenza, umzekelo, xa inyibilika okanye inyibilike into. Ngaphandle kolu lwazi, abavelisi abathile kusenokufuneka bachithe ixesha elininzi kunye nemali ephonononge ukuba amalungu abo afezekisile ukuba intetho yakho emva kwemveliso.
Uxinzelelo lwe-radiation usombulula le ngxaki. Ukukhanya akunangxaki, kodwa inomzuzwana, nto leyo inika amandla xa ibeka into. Amandla e-1 kilowott (kilowott (ki) i-laser ye-laser incinci, kodwa iyabonakala - malunga nobunzima bengqolowa yesanti. Abaphandi baye bafumana ubuchule botshintsho bokulinganisa amandla amakhulu kwaye amancinci amandla aqaqambileyo ngokufumana uxinzelelo lwemitha I-Manometer ye-radiation (i-RPPM) yenzelwe amandla amakhuluImithombo yokukhanyaSebenzisa i-seboratory yelebhu ye-eccorator enezibuko ezinamandla okubonisa i-99.999% yokukhanya. Njengoko i-laser beam ibanga esipilini, ibhalansi irekhoda uxinzelelo olunengxaki. Ingqikelelo yamandla iguqulwa ibe ngumlinganiso wombane.
Ukuphakamisa amandla e-laser ye-laser, kokukhona ukufuduswa kwesicelo. Ngokuchonga ngokuchanekileyo isixa sale ndawo yokususwa, izazinzulu zinokulinganisa ngobunono amandla e-beam. Uxinzelelo olubandakanyekileyo lunokuba mncinci kakhulu. I-Russity eqinileyo yeekhilolotts ezili-100 inika amandla kuluhlu lwe-68 leemiligram. Inqanaba elichanekileyo loxinzelelo lwe-radiation kumandla asezantsi aphantsi afuna uyilo oluntsonkothileyo kwaye rhoqo ukuphucula ubunjineli. Ngoku inikezela ngoyilo lwe-RPPM ye-RPPPM ye-LASERS ephezulu. Kwangelo xesha, iqela labaphandi liphuhlisa isixhobo esilandelayo esibizwa ngokuba sisixhobo esilandelayo esibizwa ngokuba yibhokisi ye-beam esiya kuphucula i-RPPM kwimilinganiselo yamandla elula ye-LARS kwaye yandise amandla aphantsi. Enye itekhnoloji iphuhliswe kwiiprototypes zokuqala sisipili esifanelekileyo, esiya kuthi sinciphise ubungakanani bemitha kwaye sinike amandla okufumana amandla amancinci kakhulu. Ekugqibeleni, iya kwandisa imilinganiselo yoxinzelelo echanekileyo kumanqanaba afakiweyo ngamaza erediyo okanye imiqadi ye-microwave eswele amandla okulinganisa ngokuchanekileyo.
Amandla aphezulu aseleyo ahlala alinganiswa ngokujonga i-beam kwinani elithile lokujikeleza amanzi kwaye afumane ukunyusa ubushushu. Iitanki ezibandakanyekileyo zinokuba zinkulu kwaye zithintelwe ngumcimbi. Ukulinganisa ihlala ifuna ukuhanjiswa kwe-laser kwilebhu esemgangathweni. Enye into ebiyilotshwayo: Isixhobo esibonakalayo sisengozini yonakaliswe yi-laser beam ifanele ukulinganisa. Iimodeli zoxinzelelo lwemitha eyahlukeneyo zinokuphelisa ezi ngxaki kwaye zenze amandla achanekileyo amandla achanekileyo kwindawo yomsebenzisi.