I-spectrometer yedijithali ye-RJ34 idibanisa impumelelo yamva nje kwi-scintillation detectors, i-electronics kunye nesofthiwe, idibaniswe neteknoloji yonxibelelwano oluphambili, kwizinga eliphezulu lobukrelekrele.Isetyenziswe ngokubanzi kumasebe afanelekileyo okubeka iliso kunye nokhuselo lokusasazeka kwemitha, ibonelela ngenkxaso yobuchwephesha ethembekileyo kunye negalelo lokuthatha izigqibo kwiphulo lesizwe lokuchasana nobunqolobi kunye nempendulo kaxakeka yenyukliya, iplanti yamandla enyukliya, izithethe kunye nohlolo lokuphuma kunye nokuvalelwa.
| Izitshixo zefilimu ezicekethekileyo | Amandla aphezulu we-ABS anti-electromagnetic ukuphazamiseka kwezindlu ezingenamanzi | Umbala omkhulu wesikrini sokubonisa ulwelo | Uhlalutyo lwedijithali lwe-Multilayer yesekethe efakwe ngegolide |
| Isantya esiphezulu somprosesa wesibini | Iprosesa yokukhanya kwasemva kombala | Ingcingo yedatha ye-USB | Ibhetri ye-lithium enkulu |
| Itshaja yombane enesantya esiphezulu | Anti-overload probe | Imemori khadi eyi-16G | Ibhokisi yokupakisha yokukhusela amanzi aphezulu |
① Umtshini: 5050mmNal, ityhubhu yeGM, i-neutron detector (ukhetho);
② Uluhlu lwemilinganiselo yedosi: 100nSv / h ~ 30mSv / h;
③ Uluhlu lwamandla: 30keV ~ 3MeV (ray);i-neutron ye-thermal ~14MeV (ineutron);
④ Isisombululo samandla: 7.5%@661.7keV;
⑤ ukuzithemba: 70% ~ 100%;
⑥ Isixhobo siya kubonisa iswitshi ezenzekelayo ngokwe "uluhlu", kwaye ikhusele i-probe;
⑦ Idilesi: 1024 imizila;
⑧ Umthamo wokugcina: 400,000 iiseti ze-1,024 yedatha ye-lane spectrum;
⑨ ujongano lonxibelelwano: Ujongano lwe-USB;
⑩ Inokubekwa esweni kwamandla ebhetri, ukubonwa kwempazamo kunye nemisebenzi ye-alamu yomgubasi.
⑪ Ubonelelo lwamandla: kunye ne-14.8V lithium ion yokutshaja ipakethi yebhetri (ngetshaja);
⑫ Iiyure zokusebenza:> iiyure ezili-10.
⑬ Imilinganiselo: 228mm 124mm 107mm (ubude, ububanzi kunye nokuphakama);
⑭ Ubunzima: 1.5kg.
⑮ Ubushushu bokusebenza: -30℃ ~50℃;
⑯ Ukufuma okusebenzayo: 90%RH (35℃);
⑰ Ubushushu bokugcina: -50℃ ~70℃.
