Xakamaynta heerkulka saxda ah ee Nidaamyada Laser-ka iyo Codsiyada Warshadaha Ilaa 2002
Luqadda
Farsamada polymerization-ka cusub ee laba-photon kaliya maaha inay yarayso kharashka femtosecond laser 3D daabacaadda laakiin sidoo kale waxay ilaalisaa awoodeeda xallinta sare. Maaddaama farsamada cusub si fudud loogu dhex dari karo nidaamyada daabacaadda femtosecond laser 3D ee hadda jira, waxay u badan tahay inay dardargeliso korsashadeeda iyo ballaarinta warshadaha.
Saynisyahano ka tirsan Jaamacadda Purdue ayaa dhawaan horumar la taaban karo ka sameeyay farsamada daabacaadda 3D laser femtosecond. Waxay soo saareen farsamo-polymerization laba-photon cusub oo si xariif ah isku daraya laba leysarka daabacaadda 3D. Markay sidaas sameeyeen, waxay ku guuleysteen inay daabacaan qaab-dhismeedyo adag, qaab-dhismeed sare oo 3D ah iyagoo hoos u dhigaya awoodda leysarka femtosecond 50%. Hal-abuurkani kaliya ma ballanqaadayo inuu si weyn u dhimi doono kharashka daabacaadda 3D ee xallinta sare leh laakiin sidoo kale waxay ballaarineysaa codsiyada suurtagalka ah ee tignoolajiyadan dhinacyo kala duwan.
Gaar ahaan, kooxda cilmi-baadhistu waxay isku-darsadeen laysar iftiin muuqda oo qiimo jaban leh oo leh leysarka femtosecond infrared, taas oo aad u yaraynaysa awoodda laser femtosecond ee loo baahan yahay. Si loo hagaajiyo dheelitirka u dhexeeya labada leysarka, waxay soo saareen qaab xisaabeed cusub si ay si fiican u fahmaan hababka sawir-kiimeedka oo ay si sax ah u xisaabiyaan saamaynta isdhexgalka ee kicinta laba-sawir iyo hal sawir. Natiijooyinka tijaabada ah waxay muujiyeen in dhismayaasha 2D, habkani wuxuu hoos u dhigay awoodda laser femtosecond ee loo baahan yahay 80%, iyo qaababka 3D, qiyaastii 50%.
Guud ahaan, farsamadan cusubi maaha oo kaliya inay yarayso kharashka femtosecond laser 3D daabacaadda laakiin sidoo kale waxay ilaalisaa awooddeeda sare. Horumarintan cusub ayaa la filayaa inay kiciso codsiyada cusub ee beeraha sida biomedicine, micro-robotics, iyo aaladaha indhaha-yar. Waxaa intaa dheer, maadaama farsamada cusub si fudud loogu dari karo nidaamyada daabacaadda femtosecond laser 3D ee hadda jira, waxay u badan tahay inay dardargeliso korsashadeeda iyo ballaarinta warshadaha.
Hogaamiye ahaan soo saaraha qaboojiyaha oo leh 22 sano oo waayo-aragnimo ah oo ku saabsan qaboojinta warshadaha iyo laser, TEYU S&A Chiller wuxuu si joogto ah ula socdaa horumarka tignoolajiyada laysarka wuxuuna balaadhiyaa annaga khadadka alaabta qaboojiyaha si loo daboolo baahiyaha qaboojinta ee soo koraya. Haddii aad raadinayso qaboojiyaha laysarka la isku halayn karo, xor ayaad u tahay inaad nagala soo xidhiidho [email protected].
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TEYU S&A Chiller waxaa la aasaasay 2002 iyadoo leh 23 sano oo waayo-aragnimo wax-soo-saar qaboojiye ah, waxaana hadda loo aqoonsan yahay hormuudka tignoolajiyada qaboojinta iyo lammaane lagu kalsoonaan karo ee warshadaha laysarka.
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