Umboniso |Fumanisa ikamva: Sijoyine kwiFotonics ngo-2024
uMboniso Iinkcukacha
I-PHOTONICS 2024
EXPOCENTRE
IRashiya, 123100, eMoscow, eKrasnopresnenskaya nab., 14
26 Matshi-29 Matshi
I-JINSP:FC100
Malunga noMboniso
I-2024 Moscow International Laser kunye ne-Optoelectronics Exhibition ngowona mboniso mkhulu we-Russian optics, uqinisekiswe yi-International Exhibition Union (UFI).Ukususela ekuqaleni kwayo, umboniso ufumene inkxaso eqinile kwiKomiti kaRhulumente kwiSayensi kunye neTekhnoloji yaseBelarus, i-European International Optics Association, i-German Industrial Industrial Association, i-Russian Chamber of Commerce and Industry, kunye noRhulumente weSixeko saseMoscow.
Imveliso ekhoyo
Kulo mboniso, i-Jinsp ibonise iimveliso ezahlukeneyo, kuquka i-fiber optic spectrometers, i-laser ye-pulsed, i-Raman systems, iinkqubo ze-OCT, kunye nokunye.Phakathi kwazo, iimveliso ezinje nge-K-linear OCT spectrometers, ii-laser eziguquguqukayo ezinde ze-Q, kunye neeprofayili ze-beam ziye zatsala ingqalelo ebanzi ngenxa yeempawu zabo zokusebenza ezizodwa.
I-spectrometer ye-Jinsp ye-ST830E yenzelwe ngokukodwa iinkqubo ze-OCT, isebenzisa indlela eyodwa yokubona kunye nokuphumeza isampuli ye-wavenumber equidistant esekelwe kwi-hardware.Oku kwenzaukuqhubekeka ngokuthe ngqo kweFFT, ukunciphisa kakhulu ubunzima bokucubungula idatha kunye nokuphucula isantya somfanekiso.Ukongeza, i-spectrometerukusebenza okugqwesileyo kwe-Roll-offivumela umfanekiso kumanqanaba anzulu.
Imveliso yamva nje yeJinsp,I-laser ye-slid-state laser ene-pulse ende, ebonisa ububanzi be-pulse obuyi-67ns, umyinge wokuphindaphinda i-3kHz, i-pulse energy enye ye-3mJ, kunye nomgangatho okhethekileyo we-M.2ngaphantsi kwe-1.3.Le laser ibonelela ngeengenelo ezingenakuthelekiswa nanto kwizicelo ezinje ngokusetyenzwa kwe-semiconductor, ukwenziwa kwelaser, kunye nophando lwesayensi.Ingasetyenziswa ngokuzimeleyo okanye njengomthombo wembewu yelaser ngokubambisana neamplifiers.Ukongeza, le modeli ye-laser ixhasa ukuphuma kwamaza amaninzi.
Iprofayili entsha kaJinsp ye-BA1023 esanda kusungulwa ayihlalutyi kuphela i-diameter kunye ne-divergence angle ye-laser beams kodwa kunye neempawu.Umahluko we-beam kunye ne-Ultra-Gaussian ye-beam yokufaka imisebenzi.Ivumela ukubhaqa okucacileyo kwe-offsets yendawo ye-beam kunye nokulungelelaniswa ngokuthe ngqo kweeparameters kwimiqadi yoxande.Ukongeza, olu hlalutyi lubandakanya inqaku lomfanekiso we-beam, okwenza umfanekiso we-laser irradiation position, iyenze ibe sisixhobo esinamandla sophando lwe-laser.
Ingxelo ebukhoma
Ixesha lokuposa: Apr-01-2024