I-RJ11-2050 Vehicle Radiation Portal Monitor (RPM) isetshenziswa kakhulu ukuqapha ukuthi kukhona yini izinto ezisebenzisa imisebe ezithwalwa amaloli, izimoto zamakhonteyina, izitimela, nokuthi ngabe ezinye izimoto ziqukethe yini izinto ezisebenzisa imisebe ngokweqile. I-RJ11 Vehicle RPM ifakwe ama-scintillator epulasitiki ngokuzenzakalelayo, ene-sodium iodide (NaI) kanye ne-³He gas proportional counter njengezingxenye zokuzikhethela. Ibonisa ukuzwela okuphezulu, imikhawulo ephansi yokuthola, kanye nokusabela okusheshayo, okuvumela ukuqapha okuzenzakalelayo ngesikhathi sangempela kwezindlela ezahlukahlukene. Kuhlanganiswe nemisebenzi yokusiza efana nokuthola isivinini semoto, ukubhekwa kwevidiyo, ukuqashelwa kwepuleti lelayisense, kanye nokuhlonza inombolo yesitsha (ongakukhetha), ivimbela ngempumelelo ukuthuthwa okungekho emthethweni kanye nokusabalala kwezinto ezisebenzisa imisebe. Isetshenziswa kabanzi ukuqapha nokulawula imisebe ezindaweni zokuphuma neminyango yezitshalo zamandla enuzi, amasiko, izikhumulo zezindiza, iziteshi zesitimela, njll. Uhlelo lokuqapha luhambisana nezidingo ezifanele ze-GB/T 24246-2009 ejwayelekile yaseShayina "Izinhlelo Zokuqapha Izinto Zenuzi Ezisebenzisa Imisebe Nezikhethekile". Imojuli yokuhlonza i-radionuclide ekhethwayo ihambisana nezidingo ezifanele ze-GB/T 31836-2015 ejwayelekile yaseShayina ethi "Spectrometry-Based Portal Monitors Esetshenziselwa Ukuthola Nokuhlonza Ukuthengiswa Okungemthetho Kwezinto Ezisebenzisa Imisebe".
| Imodeli | Isitholi Uhlobo | Isitholi Ivolumu | Imishini | Ukuqapha Okunconyiwe | Ukuqapha Okunconyiwe | Imoto Evumelekile |
| RJ11-2050 | I-Scintillator yepulasitiki | 50 L | 2.6 m | (0.1~3.5) m | 5.0 m | (0~20)km/h |
Ukunakekelwa Kwezempilo, Izinsiza Zokusebenzisa Kabusha, I-Metallurgy, Insimbi, Izikhungo Zenuzi, Ukuphepha Kwezwe, Amachweba Entela, Ucwaningo Lwesayensi/AmaLaboratori, Imboni Yemfucuza Eyingozi, njll.
Izingxenye Ezijwayelekile Zehadiwe Yesistimu Ebalulekile:
(1)y Imodyuli Yokuthola: I-scintillator yepulasitiki + ishubhu le-photomultiplier elinomsindo ophansi
➢ Isakhiwo Sokusekela: Amakholomu aqondile kanye nezindawo ezingangenwa manzi
➢ I-Detector Collimation: Ibhokisi lokuvikela i-lead elino-lead onezinhlangothi ezi-5 elizungezile
➢ Isimemezeli se-alamu: Izinhlelo ze-alamu ezizwakalayo nezibonakalayo zendawo nezikude, isethi eyodwa ngayinye
➢ Uhlelo Lokuphatha Nokulawula Oluphakathi: Ikhompyutha, i-hard disk, i-database, kanye nesofthiwe yokuhlaziya, isethi eyi-1
➢ Imodyuli Yokudlulisa: Izingxenye zokudlulisa ze-TCP/lP, isethi eyi-1
➢ Inzwa Yesivinini Sokuhlala kanye Nokudlula: Uhlelo lokulinganisa isivinini se-infrared olusebenzisa imisebe edlulayo
➢ Ukuqashelwa Kwepuleti Lelayisense: Idivayisi yokuthwebula ividiyo nesithombe eqhubekayo ebonakala ebusuku enencazelo ephezulu, isethi eyodwa ngayinye
Izingxenye Zesistimu Esizayo Ongazikhethela:
➢ Imodyuli yokuqinisekisa i-Radionuclide: Isitholi se-sodium iodide (Nal) esikhulu kakhulu + ishubhu le-photomultiplier elinomsindo ophansi
➢ Idivayisi Yokuhlaziya Eceleni Kwe-Probe: I-spectrumanalyzer yeziteshi eziningi engu-1024
➢ Isakhiwo Sokusekela: Amakholomu aqondile kanye nezindawo ezingangenwa manzi
➢ I-Detector Collimation: Ibhokisi lokuvikela i-lead elino-lead onezinhlangothi ezi-5 elizungeze i-Neutron
➢ Imodyuli Yokuthola: Izibali ezilinganayo ze-He-3 ezihlala isikhathi eside
➢ Umlawuli we-Neutron: Umlawuli we-Polypropylene-ethylene
➢ Idivayisi Yokuzilinganisa: Ibhokisi lezamaminerali elisebenzisa imisebe yemvelo elingasebenzi kahle (umthombo ongeyona i-radioactive), iyunithi eli-1 ngalinye
➢ Uhlelo lwe-alamu ye-SMS: Uhlelo lwe-alamu yomyalezo wombhalo we-SMS, isethi eyodwa ngayinye
➢ Ukuphathwa Kwendlela Yokudlula Imoto: Uhlelo lwesango lokuvimba olusendaweni, isethi eli-1 ngalinye
➢ Uhlelo Lokubonisa Esizeni: Uhlelo lokubonisa lwe-LED olunesikrini esikhulu, isethi eyodwa ngayinye
➢ Uhlelo Lokusakaza Esizeni: Imakrofoni + isandisi-zwi, isethi eyodwa ngayinye
➢ Ukuqina Kwe-Voltage kanye Nokunikezwa Kwamandla Okusekelayo: Ukunikezwa kwamandla okungenakuphazamiseka (i-UPS), isethi eli-1 ngalinye
➢ Ukuqashelwa Kwenombolo Yesitsha: Isikena esinencazelo ephezulu sokugcina izinombolo zesitsha nolunye ulwazi, isethi eli-1 ngalinye
➢ Imishini Yokuvikela Abasebenzi: Izingubo zokuzivikela kanye nama-radiometer e-alamu yomthamo womuntu siqu, amasethi angu-1 kuya kwangu-2
➢ Idivayisi Yokusesha Umthombo Esendaweni: Imitha yokuhlola ye-n, y ephathekayo iyunithi 1
➢ Imishini Yokuphatha Izinto Eziyingozi: Isitsha esikhulu somthombo esilingana nomthofu, iyunithi eli-1; Izibambo zokuphatha umthombo wemisebe ezinde, ipheya eli-1
➢ Isisekelo Sokufakwa Kwemishini: Isisekelo sekhonkrithi esiqinisiwe, ipulatifomu yensimbi, isethi eyi-1
1. Ubuchwepheshe Bokunganakwa Kwesizinda se-BlN (Isizinda Sokujwayelekile)
Lobu buchwepheshe buvumela ukutholakala kwesivinini esikhulu kwezinto zokwenziwa ezisebenzisa imisebe yokwenziwa ezingeni eliphansi ngisho nasezindaweni ezingemuva ezinemisebe ephezulu, ngesikhathi sokutholwa sishesha njengemizuzwana engama-200. Ivumela ukutholakala kwezinto ezisebenzisa imisebe ngenkathi izimoto zihamba ngesivinini esikhulu, okwenza ifaneleke ukuhlolwa ngokushesha. Ngesikhathi esifanayo, iqinisekisa ukuthi idivayisi ayikhiphi ama-alamu angamanga ngenxa yokwanda okukhulu kwemisebe yangemuva. Ngaphezu kwalokho, ikhokhela ukwehla kwesilinganiso sokubala ngemuva okubangelwa ukuvikelwa kwemisebe yemvelo lapho imoto ithatha indawo yokuthola, okuthuthukisa ubuqiniso bemiphumela yokuhlola nokuthuthukisa amathuba okuthola. Lokhu kuwusizo kakhulu ekutholeni imithombo ebuthakathaka yemisebe.
2. Umsebenzi Wokwenqatshwa kwe-NORM
Lo msebenzi usetshenziselwa ukuhlonza nokuhlukanisa Izinto Ezivela Ngokwemvelo Ezikhipha Imisebe (i-NORM) lt kusiza opharetha ekunqumeni ukuthi i-alamu ibangelwa yini izinto ezikhipha imisebe zokwenziwa noma zemvelo.
3. I-Algorithm Yezibalo Ye-SlGMA Ehlukile
Besebenzisa i-alkorithm ye-SIGMA ephawulekayo, abasebenzisi bangalungisa kalula ubudlelwano phakathi kokuzwela kokuthola idivayisi kanye namathuba ama-alamu angamanga. Lokhu kuvumela ukwanda kokuzwela ukuthola imithombo ye-radioach ebuthakathaka kakhulu (isb., imithombo elahlekile) ezimweni ezithile, noma ukuvimbela ama-alamu angamanga ngesikhathi sokuqapha okuqhubekayo isikhathi eside, okunikeza ukulawula okunembile.
| Igama Lento | Ipharamitha | ||||||||||||||||
| Isitholi se-γ esisekelwe epulasitiki | ➢ Uhlobo Lokuthola: I-scintillator yepulasitiki yohlobo lwepuleti + ishubhu le-photomultiplier elinomsindo ophansi ➢ Umthamo Wokuthola: 50 L ➢ Izinga Lomthamo: 1 nSv/h - 6 μSv/h ➢ Ububanzi Bamandla: 40 keV - 3 MeV ➢ Ukuzwela: 6240 cps / (μSv/h) / L (uma kuqhathaniswa no-¹³⁷Cs) ➢ Imikhawulo Ephansi Yokuthola: Iyakwazi ukuthola imisebe engu-5 nSv/h ngaphezu kwesizinda (0.5 R/h) ➢ Ukuzilinganisa: Ibhokisi lezamaminerali elisebenzisa imisebe yemvelo elingasebenzi kahle (umthombo ongeyona imisebe) | ||||||||||||||||
| Ukuzwela Kokutholwa Kwesistimu | ➢ Ingemuva: Ingemuva lereferensi ye-Gamma engu-100 nGy/h, Ingemuva le-Neutron ≤ 5 cps (isilinganiso sokubalwa kwesistimu) ➢ Izinga le-alamu elingamanga: ≤ 0.1 % ➢ Ibanga Lomthombo: Umthombo we-radioacve ungamamitha angu-2.5 ukusuka ebusweni be-detecon ➢ Ukuvikela Umthombo: Umthombo we-gamma awuvikelwe, Umthombo we-neutron awulawulwa (okungukuthi, uhlolwe kusetshenziswa imithombo engenalutho) ➢ Isivinini Sokuhamba Komthombo: 8 km/h ➢ Ukunemba Komthombo Wokusebenza: ± 20% ➢ Ngaphansi kwezimo ezingenhla, uhlelo lungathola izinto ze-radioacve ezine-acvity noma isisindo esibhalwe ngezansi
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| Isakhiwo Sokusekela | ➢ Ibanga Lokuvikela Lokungena: IP65 ➢ Ubukhulu Bekholomu: Ikholomu yensimbi yesikwele engu-150mm × 150mm × 5mm ➢ Inqubo Yokwelapha Okungaphezulu: I-coang ephelele yempuphu enephethini ye-chrysanthemum ➢ I-Collimator Lead Equivalent: izinhlangothi ezi-5 ezine-alloy engu-3 mm leadanmony + izinhlangothi ezi-5 ezigoqwe ngensimbi engagqwali engu-2 mm ➢ Ukuphakama Okuphelele Ukufakwa Komoya: amamitha angu-4.92 | ||||||||||||||||
| Ukuphathwa Kokulawula Okuphakathi | ➢ Ikhompyutha: ikhompyutha yohlobo lwe-i5 noma ngaphezulu / i-CPU enokwakheka kwe-ARM ➢ Uhlelo Lwekhompyutha: WIN7 noma ngaphezulu / Kylin OS ➢ I-Hard Disk: Umthamo wedatha ongu-500 GB ➢ Isikhathi Sokugcina Idatha: ≥ iminyaka eyi-10 | ||||||||||||||||
| Imininingwane ye-Soware | ➢ Ifomethi Yombiko: Ikhiqiza amaspredishithi e-Excel okugcina unomphela; izinhlobo ezahlukene ze-alamu azibonakali ngombala. ➢ Okuqukethwe Kombiko: Uhlelo lungakhiqiza imibiko yokuhlola. Okuqukethwe kombiko kufaka phakathi ukungena emotweni, ukuphuma kimi, inombolo yepuleti lelayisensi, inombolo yesitsha (ongakukhetha), izinga le-radiyo, isimo se-alamu (yebo/cha), uhlobo lwe-alamu, izinga le-alamu, isivinini semoto, izinga le-radiyo yangemuva, umkhawulo we-alamu, nolunye ulwazi. ➢ I-Operang Plaorm: I-soware isekela amasistimu wokusebenza ahlukene (i-Windows ne-Kylin). ➢ Indlela Yokubonisa Ukubala: Isibonisi sedijithali esihlanganiswe nesibonisi se-waveform yangempela. ➢ Ukulawulwa Kwasendaweni: Kuvumela abasebenzi abagunyaziwe ukuthi bafake iziphetho zomphumela ngamunye wokuhlola. ➢ Isizindalwazi: Abasebenzisi bangasebenzisa igama elingukhiye ukusesha. ➢ Izimvume Zokuphatha: Ama-akhawunti agunyaziwe angafinyelela imodi yochwepheshe be-backend. ➢ Vumela abasebenzi abagunyaziwe ukuthi bahlele futhi basebenzise amarekhodi okuthola ulwazi. ➢ Ukuqapha ikhamera yangempela, ngokudlalwa kwevidiyo kwamarekhodi e-alamu yekhompyutha ephethwe yi-host (i-oponal). ➢ Idatha ingafakwa ohlelweni lwentela ukuze kuhlolwe ngokuhlangene (oponal). | ||||||||||||||||
| Imininingwane Yesistimu | ➢ Ukuvumelana Kokuzwela Kwesistimu: Ukwehluka kokuzwela kwe-γ eceleni kokuphakama kwendawo yokuqapha ≤ 40% ➢ I-NORM Rejecon Funcon: Iyakwazi ukuhlukanisa ama-radionuclide emvelo (⁴⁰K) emthwalweni ➢ n, γ Ukutholakala Kwamathuba: ≥ 99.9 % ➢ n, γ Izinga le-alamu engamanga: ≤ 0.1 ‰ (eyodwa kwezinkulungwane eziyishumi) ➢ Ukuphakama Kwendawo Yokuqapha: 0.1 m ~ 4.8 m ➢ Ububanzi Bendawo Yokuqapha: 4 m ~ 5.5 m ➢ Indlela Yokuqapha Isivinini Semoto: Umugqa odlula nge-infrared ohlangothini olubili ➢ Isivinini Semoto Esivumelekile: 0 km/h ~ 20 km/h ➢ Isango Lesithiyo Se-elekthronikhi: Isango lingikhohlisa ≤ imizuzwana eyi-6, lingaqanjwa amanga ngesandla ukwehluleka kwamandla omoya (oponal) ➢ Ukuqapha Ngevidiyo: Ikhamera yokubona ebusuku ecacile kakhulu ➢ Uhlelo lwe-alamu lwe-SMS: Luhambisana nenethiwekhi ephelele, ikhasimende linikeza ikhadi le-SIM ➢ Izinga Lokuqashelwa Kwenombolo Yesitsha Esihamba Ngesinye: ≥ 95% ➢ Izinga Lokuqashelwa Kwepuleti Lelayisense Elidlula Ngephasi Elilodwa: ≥ 95% ➢ Izinga Lomsindo We-alamu: Endaweni 90 ~ 120 dB; Isikhungo Sokulawula 65~90 dB ➢ Umkhawulo we-Alarm kanye nokulungiswa kwesilinganiso se-Alarm engamanga: Ilungiseka njalo ngenani le-SIGMA Key ➢ Indlela Yokudlulisa Idatha: Imodi ye-TCP/IP enentambo ➢ I-alamu Yemoto Eshesha Kakhulu: Ifaka i-alamu yemoto eshesha kakhulu enesibonisi solwazi; isivinini sokuqalisa i-alamu singalungiselelwa ➢ Indawo Yomthombo We-Radioacve ku-Funcon: Uhlelo lubonisa ngokuzenzakalelayo indawo yomthombo we-radioacve ngaphakathi kwegumbi lemoto ➢ Isibonisi se-LED Esikhulu Esisendaweni Usayizi: 0.5m×1.2m (oponal) ➢ Uhlelo Lokusakaza Esizeni: ≥ 120 dB (oponal) ➢ Isikhathi Sokusekela Ngesikhathi Sokucima Kukagesi: Ukuqapha isikhathi sokusekela sokugcina > amahora angu-48 (okungenani) ➢ Imishini ihlangabezana nezidingo zokusebenza kahle kwe-γ kanye ne-neutron detecon kwezinhlelo zokuqapha izimoto zohlobo lwesango ezichazwe ku-naonal standard "Radioacve Material kanye ➢ Special Nuclear Material Monitoring Systems" GB/T 24246-2009. ➢ Ihlangabezana nezidingo zokusebenza kahle kwe-neutron kanye ne-γ detecon kwezinhlelo zokuqapha izimoto zohlobo lwesango ezichazwe encwadini ye-IAEA ka-2006 ethi "Imininingwane Yobuchwepheshe kanye Neye-Funconal Yemishini Yokuqapha Imingcele" kanye ne-IAEA-TECDOC-1312. ➢ Izidingo zokusebenza kahle kwe-neutron kanye ne-γ detecon ezinhlelweni zokuqapha izimoto ze-portal ➢ Ukuhambisana nezindinganiso ezifanele: I-GB/T 24246-2009 Izinto Ezinemisebe kanye Nezinhlelo Zokuqapha Izinto Zenuzi Ezikhethekile I-GB/T 31836-2015 I-Radiaon Protecon Instrumentaon—Izinhlelo Zokuqapha I-Portal Ezisekelwe Ku-Spectroscopy Zokuthola Nokuhlonza Ukushushumbiswa Okungemthetho Kwezinto Ezisebenzisa I-Radioacve I-JJF 1248-2020 Calibraon Specificaon yezinhlelo zokuqapha i-radioacve ezifakwe emotweni |
Ngokuphathelene nokwengeza ukuhlonza ku-RPM ekhona, ngombono, yebo, kodwa ku-paractice, angikusikiseli ukwenza kanjalo, ngoba imoduli ayilula, uma i-RPM ilele phansi khona-ke ukwengeza ama-detectors nama-analyzer nokwenza umsebenzi wokuxhuma izintambo ezengeziwe kulula, kodwa ku-RPM esevele ifakiwe, akulula kakhulu ukukwenza, ikakhulukazi kumodeli enkulu engu-2100.
Izinzwa zethu azidingi ukuhlanzwa. Zivaliwe. Eqinisweni, ingaphandle lingahlanzwa ngokumane livumele lina.
Ngokuvamile, cishe iminyaka eyi-10. Isekelwe kwimemori yekhompyutha. Ikhompyutha yethu ine-1 terabyte yememori. Sicela uqaphele ukuthi lokhu akuyona ividiyo eqoshiwe, kodwa irekhodi elisekelwe ekuthathweni kwezithombe.
Uzoba nesibopho sezindleko zamathikithi endiza okuya nokubuya kanye nendawo yokuhlala. Futhi uzokhokha amaRandi ayi-150 ngosuku. Ngokuvamile kuthatha cishe izinsuku ezi-5 zokusebenza.
I-ISO 9001-2015, IEC 62244: 2019 kanye ne-IEC 61326-2021.
I-AC 220V, 50Hz, 100W (ngaphandle kwe-PC).
Amamitha ayi-100 angowokuphakelwa kukagesi nokuxhumana. Ngokwethiyori, singasebenzisa nekhompyutha yendawo ye-RPM. Ukuze sikwazi ukudlulisa okwengeziwe. Uma ikhasimende linalesi sidingo. Kodwa ngokuvamile, amamitha ayi-100 anele ifektri yensimbi.
