I-AA320N yokufunxa iAtomic Spectrophotometer
★ Ukulungiswa kwedatha yekhompyutheni eyakhelwe ngaphakathi kunye nomboniso we-LCD: ezinzile kwaye ezinokwethenjelwa, kunye nokubamba okudibeneyo, ukuphakama kwencopho, indawo, ukulungiswa kwe-zero ngokuzenzekelayo, ukulungiswa kwemvelaphi yesibane se-deuterium, i-multiple linear kunye ne-nonlinear curve fitting, i-parameters eyahlukeneyo kunye nokubonisa i-curve yokusebenza kunye neminye imisebenzi.Isikrini kunye noshicilelo lwengxelo, njl.
★ Uzinzo: Inkqubo ye-beam ephindwe kabini inokuhlawulela ngokuzenzekelayo ukukhanya komthombo kunye ne-wavelength drift ebangelwa utshintsho lweqondo lokushisa (kunye nomsebenzi wokuphelisa umphumo we-wavelength drift kwisiseko sozinzo) kunye ne-electronic circuit drift, ukuze kuzuzwe uzinzo olululo lwesiseko somgca. .
★ Ukukhawuleza: Isibane se-cathode akufuneki ukuba sifudumeze ixesha elide, kwaye isampuli inokuhlalutywa ngokukhawuleza.Lukhetho lokuqala kubasebenzisi ukuhlalutya izinto ezininzi kwaye bahlalutye ngokukhawuleza iisampuli.
★ Ukuchaneka komlinganiselo ophezulu: Inkqubo yendlela yegesi ixhotyiswe ngesixhobo esichanekileyo sokuzinzisa i-voltage, kunye nedangatye elizinzile kunye nengxolo ephantsi.Umqadi obhityileyo owenziwe ngokukodwa udlula kwilangatye ukuze uqinisekise uhlalutyo oluchanekileyo kunye novavanyo kunye nokugxilwa kweempawu eziphantsi.
★ Umzila wokukhanya wamandla aphezulu: Isixokelelwano esipheleleyo sokubonisa sisetyenziselwa ukuphelisa ukuphambuka kwechromatic kulo lonke uluhlu.Ngokuguqulwa kweekhemikhali, indawo ejikelezayo yomthombo wokukhanya iba yindawo ende kwaye ingena kwi-slit, ngoko ke ukuhamba kwe-beam ephindwe kabini yokukhanya kuphuculwe.
★ Ubomi obude, inkqubo ye-atomization ye-corrosion-resistant: Isitshisi sithatha uhlobo olutsha lwe-titanium alloy material, enganyangekiyo kwi-corrosion, ngokukhawuleza kwibhalansi yobushushu, kwaye inokufikelela kwiimfuno zobuntununtunu bomlinganiselo ngaphandle kokupholisa kwamanzi.
★ Imodeli yohlalutyo olusebenzayo: iindlela zokufunxa ilangatye, ukuphuma kwedangatye, iziko legraphite, ukufunxwa kweathom kunye nokuveliswa kwehydride.
★ Indlela yegesi ekhuselekileyo nethembekileyo: usebenzisa isixhobo esikhethekileyo sokutshintsha ngokukhawuleza kwegesi kunye nekhebhu yokukhusela ukhuseleko, inokuhlalutya i-air-acetylene flame kunye ne-nitrous oxide-acetylene flame, kwaye ihlalutye ngaphezu kwe-60 iindidi zezinto.
★ Iseti epheleleyo yezixhobo: inikwe isixhobo, ungayisebenzisa emva kokuthenga.
| Uluhlu lwamaza | 190~900nm |
| Ukuchaneka kwamaza | ≤±0.5nm |
| Ukuphinda-phinda kobude bamaza | ≤0.3nm(icala elinye) |
| I-Spectrum bandwidth | 0.2nm,0.4nm,0.7nm,1.4nm,2.4nm,5.0nm |
| Isigqibo | <40% |
| Uzinzo lomgca wesiseko | ±0.004Abs/30min |
| Uxinzelelo lweempawu zobhedu | ≤0.04ug/ml;1% |
| Umda wokufumanisa ubhedu | ≤0.008ug/ml |
| Isakhono sokuhlengahlengisa ngasemva | Ngama-30 amaxesha |
| RS232 | Ewe |
| Umshicileli | Ongokuzithandela |
| Ukunikezwa amandla | 220V,50Hz |
| GW | 160KG(Isixhobo esingundoqo) 65kg(Izincedisi) |
| Ubungakanani bephakheji | 1250*800*750mm(Isixhobo esingundoqo) 550*460*1350mm(Izincedisi) |
| Umamkeli | 1 iseti |
| Icompressor yomoya | 1 iseti |
| Icompressor yomoya engena-oli | 1 iseti |
| Iatomizer yeglasi | 1 iseti |
| Cu hollow cathode isibane | 1pc |
| Iyunithi yeAtomizer | 1pc |
| Iyunithi yokutshisa | 1pc |
| Isigqubuthelo sothuli | 1pc |
| Isihluzo segesi esahlula amanzi | 1 iseti |
| Isitshisi seTianium-10cm | 1pc |
| Umzekelo GA3202 HGA inkqubo yomlilo yegraphite | 1 iseti |
| generator Hydride | 1 iseti |
| Isibane se-cathode esingenanto | 1pcs |
| ityhubhu yegraphite | 1pcs |
| Isoftware | 1 iseti |
| Ukujikeleza kwakhona inkqubo yamanzi okupholisa | 1 iseti |
| Umshicileli | 1 iseti |
