Irhasi yase-laser

Irhasi yase-laser ikakhulu isetyenziselwa i-laser i-laser i-laser kunye neliligraphy kwishishini le-elektroniki. Ukuxhamla kwizikrini zefowuni eziphathwayo kunye nokwandiswa kweendawo zesicelo, isikali seqondo lentengiso lase-Polysilicon liya kwandiswa ngakumbi, kwaye inkqubo yokuphucula i-laser iphucule kakhulu ukusebenza kwee-TFT. Phakathi kwe-neon, i-fluorine, kunye neegesi ze-argodon ezisetyenziswa kwi-Arf ye-Arf ye-Semicontuetor ye-semicondors, ii-akhawunti ze-neon ngaphezulu kwe-96% yomxube wegesi yaseLaser. Ngokuphuculwa kwetekhnoloji ye-semiconductor, ukusetyenziswa kweendlela zokuhamba kwamacwerer kunyukile, kwaye ukungeniswa kwetekhnoloji yokubonisa kabini kukhokelela kwimfuno yerhasi ye-neon ityiwa yi-Arf i-Arsers i-Arf i-Arsers i-Arf i-Arsers i-Arf i-Arsers ye-ARF. Ukuxhamla ekukhuthazeni indawo yokufakwa kwe-elektroniki ezikhethekileyo, abavelisi basekhaya baya kuba nendawo engcono yokukhula kwixesha elizayo.

Umatshini weli-Lithograd sisixhobo esiphambili semveliso ye-semiconductor. I-Lithography ichaza ubungakanani beendlela zokuziphatha. Uphuhliso oluhlanganisiweyo lwe-Lithografi yeShishini leLithografiy sisitshixo sokunyuka komatshini weliligraphy. I-semicondcuctoring ye-semicondcuctor efana nefoto, igesi ye-foto, i-foto, kunye ne-Photomask, kunye nezixhobo zokuqala zinomxholo omkhulu wobuchwephesha. Irhasi yeli-Lithograph yirhasi yokuba umatshini weli-Lithograh uvelisa i-Laser enzulu ye-ultraviolet. Iigesigrafi ezahlukileyo zeLithografi zinokuvelisa imithombo yokukhanya yamaza ahlukeneyo, kwaye i-wavevength yawo ichaphazela isisombululo somatshini weLithograsi, engomnye we-cores yomatshini welili. Ngo-2020, iyonke intengiso yeLithografi yeLithograd yeLithograd iya kuba ngama-413 iiyunithi ze-ASML ze-258 zeeyunithi ezibalwa i-6%, i-Canon yentengiso ye-122, kunye ne-Nikon Tours i-8% ye-3%.