Xiton Scientific Scientific Solid-State ukulungiswa Laser

I-Xiton Laser IXION 193 SLM yinkqubo yelaser esebenza ngokuphindaphindiweyo ngamaxesha onke enezixhobo ezizodwa nezibalulekileyo kuphando lwezenzululwazi nakushishino. Ubuchwephesha bayo obuphambili bujikeleza ukuvelisa i-laser ephumayo kunye nobude obuthile kunye nokuzinza okuphezulu, ukubonelela ngezisombululo zeemeko ezininzi ezineemfuno ezingqongqo kwiiparamitha ze-laser.

(II) Iimpawu

Imveliso ye-wavelength echanekileyo: Ubude be-wavelength obuphakathi bunokwenziwa ngokwezifiso kuluhlu lwe-185-194 nm, kwaye lunokulungiswa njengobude obusisigxina emva kokuqinisekiswa komyalelo, ngokuchaneka ukuya kwi-0.01 nm. I-wavelength esetyenziswa ngokuqhelekileyo yi-193.368 nm, kwaye le ultraviolet wavelength enzulu idlala indima engenakubuyiselwa kwizicelo ezininzi.

Iimpawu ze-pulse ezizinzileyo: Ukukhutshwa kwamandla e-pulse yi-1.6 μJ, ubude be-pulse yi-8 ns-12 ns, kunye noluhlu lokuphindaphinda ukuphindaphinda yi-1 kHz-15 kHz. Ukongezelela, ukuzinza okuphezulu kwe-inter-pulse, σ <2.5%, iqinisekisa ukuhambelana kwemveliso ye-laser ngexesha lomsebenzi ophindaphindiweyo, obaluleke kakhulu kwiimvavanyo okanye ukucubungula imisebenzi efuna ukulawula amandla achanekileyo.

Uyilo lwesakhiwo esiqinileyo: Intloko yelaser ilinganisa i-795 mm x 710 mm x 154 mm kwaye inobunzima be-74 kg; unikezelo lwamandla kunye nesixhobo sokupholisa silinganisa i-600 mm x 600 mm x 600 mm kwaye inobunzima obungama-78 kg. Uyilo olupheleleyo lwe-compact luqinisekisa ukusebenza okuphezulu ngelixa unciphisa indawo yokuhlala kwaye kulula ukudibanisa kwiindawo ezahlukeneyo zokusebenza. Imfuno yayo yamandla okusebenza yi-AC 85 V - 264 V, kwaye ukusetyenziswa kwamandla yi-650 W, ehlangabezana nemigangatho yokhuseleko lwe-CDRH.

2. Ulwazi oluqhelekileyo lwempazamo

(I) Iimpazamo ezinxulumene namandla

I-alamu yempazamo yamandla angundoqo: Xa igalelo lombane oyintloko wombane lingaphezulu koluhlu lwe-± 10% okanye ulandelelwano lwesigaba segalelo alilunganga, i-alarm enkulu yempazamo yamandla iya kuqhutywa. Ngeli xesha, ukunikezelwa kombane oyintloko, ikhompyutheni kunye nombane ophezulu we-voltage uya kuvalwa, inkqubo ye-laser ayiyi kusebenza ngokufanelekileyo, kwaye umboniso ungabonisi naluphi na umbhalo. Oku kunokubangelwa kukuguquguquka kwamandla ombane wegridi, ukukhululeka okanye ukonakala koqhagamshelo lwentambo yamandla, iimpazamo zangaphakathi kwimodyuli yamandla, njl.

(II) Ukungaphumeleli kwemveliso ye-laser engaqhelekanga

Ukunciphisa amandla okuphuma: Izizathu ezinokwenzeka ziquka ukunciphisa ukusebenza kwe-laser gain medium, ukunciphisa amandla omthombo wepompo, kunye nokunyuka kwelahleko yokuhanjiswa kwelaser ngenxa yokungcoliswa okanye umonakalo wamacandelo optical. Ngokomzekelo, uthuli, ioyile kunye nezinye izinto ezingcolisayo kumphezulu we-lens optical kwi-cavity ye-laser ziya kubangela ukuba i-laser isasazeke kwaye ifunxe ngexesha lokubonisa kunye nokuhanjiswa, ngaloo ndlela inciphisa amandla aphumayo.

(III) Ukusilela kwenkqubo yokupholisa

I-alamu yobushushu bamanzi okupholisa ngokugqithisileyo: Inkqubo yokupholisa inoxanduva lokususa ubushushu obuveliswe ngexesha lokusebenza kwenkqubo ye-laser ukuze kuqinisekiswe ukuba amacandelo abalulekileyo afana ne-laser afumana i-medium kunye nempompo yomthombo isebenza ngaphakathi kwinqanaba elifanelekileyo lobushushu. Ukuba ukushisa kwamanzi okupholisa kuphezulu kakhulu kwaye kudlula umyinge omiselweyo (ngokuqhelekileyo i-25-30 ° C, iqondo lokushisa elithile lixhomekeke kwiimfuno zezixhobo), i-alamu iya kuqaliswa. Izizathu zale meko zinokuthi zingonelanga amanzi okupholisa, ukungaphumeleli kwempompo yamanzi okupholisa, ukutshatyalaliswa kobushushu obuncinci be-cooler (njengokuqokelelwa kothuli kwi-radiator, ukungaphumeleli kwefeni), njl.

III. Iindlela zogcino

(I) Ukugcinwa rhoqo

Ukugcinwa kwenkqubo ye-Optical: Yenza uhlolo olubanzi kunye nokugcinwa kwenkqubo ye-optical rhoqo (umzekelo, iinyanga ezi-3-6, ixesha elichanekileyo lixhomekeke ekusetyenzisweni kwangempela). Sebenzisa izixhobo zovavanyo lobuchwephesha, ezinje ngabahlalutyi bomgangatho we-beam kunye ne-spectrometers, ukuvavanya iiparamitha ezinjengomgangatho we-beam kunye ne-spectral bandwidth. Ukuba amacandelo e-optical afunyaniswa ukuba angcolile okanye wonakaliswe, kufuneka acocwe okanye atshintshwe ngexesha.

(II) Ukugcinwa emva kokulungiswa kwempazamo

Ukuhlolwa okupheleleyo: Emva kokuba inkqubo ye-laser ilungisiwe, ungayisebenzisi ngokukhawuleza, kodwa yenza uhlolo olubanzi. Phinda ujonge kwakhona ubume bokusebenza bawo onke amacandelo afanelekileyo ukuqinisekisa ukuba isiphene sipheliswe ngokupheleleyo kwaye akukho zingxaki zintsha zenziweyo. Umzekelo, emva kokutshintsha indawo ye-laser yokufumana i-medium, phinda ulinganise amandla okuphuma, amandla e-pulse, ubude be-wavelength kunye nezinye iiparamitha ze-laser, kwaye uzithelekise ngexabiso eliqhelekileyo lezixhobo zokuqinisekisa ukuba ukusebenza kubuyele kwesiqhelo.

Iifayile zokugcinwa kwerekhodi: Rekhoda i-fault phenomenon, inkqubo yokulungisa, iinxalenye ezitshintshwayo kunye neziphumo zovavanyo emva kokulungiswa kweenkcukacha, kunye nokuseka ifayile epheleleyo yokugcina izixhobo. Ezi fayile azincedi nje kuphela ukulandelela imbali yolondolozo kunye neenguqu zokusebenza kwezixhobo, kodwa zibonelela ngeereferensi ezibalulekileyo zokugcinwa nokuphuculwa okulandelayo.