X-/β-ray ma'aunin girman yanki
Lokacin da ray ya yi aiki akan na'urar batir lithium, hasken zai kasance cikin nutsuwa, ya bayyana kuma ya watse ta hanyar lantarki, wanda zai haifar da wani ƙayyadaddun ƙarfin hasken da ke bayan wutar lantarki da aka watsa idan aka kwatanta da ray ɗin da ya faru, kuma rabon attenuation da aka ambata yana da alaƙa mara kyau tare da nauyin lantarki ko girman saman.
Ka'idojin aunawa
Madaidaicin firam ɗin "o" irin:Kyakkyawan kwanciyar hankali na dogon lokaci, max gudun aiki 24 m/min;.
Katin sayan bayanai mai sauri mai sauri da kansa:Mitar sayayya 200k Hz;
Manhajar mutum-injin:Taswirar bayanai masu arziƙi (taswirai na tsaye & na tsaye, ginshiƙi na gaske na nauyi, ginshiƙi na ƙaƙƙarfan bayanai, da jerin bayanai da sauransu); masu amfani za su iya ayyana tsarin allo gwargwadon buƙatun su; an daidaita shi tare da ka'idodin sadarwa na yau da kullun kuma yana iya gane rufaffiyar madauki MES.
Halayen β-/X-ray na kayan auna ma'auni
| Ray irin | B-ray surface density auna kayan aiki - β-ray ne electron katako | Na'urar auna girman girman girman X-ray - X-ray shine igiyoyin lantarki |
| Gwajin da aka dace abubuwa | Abubuwan gwajin da ake amfani da su: na'urorin lantarki masu inganci & korau, jan ƙarfe da foils na aluminum | Abubuwan gwaji masu dacewa: tabbataccen lantarki cooper & aluminum foils, yumbu rufi don raba |
| Halin Ray | Halitta, barga, mai sauƙin aiki | Gajeren rayuwa fiye da β-ray |
| Bambancin ganowa | Kayan cathode yana da ƙima mai ƙima daidai da na aluminum; yayin da abu na anode yana da ƙima mai ƙima daidai da na jan ƙarfe. | C-Cu yawan sha na X-ray ya bambanta sosai kuma ba za a iya auna na'urar lantarki mara kyau ba. |
| Ikon Radiation | Jiha ne ke sarrafa tushen hasken hasken halitta. Ya kamata a yi maganin kariyar radiyo don kayan aiki gaba ɗaya, kuma hanyoyin hanyoyin tushen rediyo suna da rikitarwa. | Kusan ba shi da radiation kuma don haka ba a buƙatar matakai masu rikitarwa. |
Kariyar Radiation
Sabuwar ƙarni na BetaRay mita mai yawa yana ba da haɓaka aminci da sauƙin amfani. Bayan haɓaka tasirin kariya na radiation na akwatin tushe da akwatin ionization da kuma kawar da labulen gubar, ƙofar gubar da sauran manyan tsare-tsare, har yanzu yana bin ka'idodin "GB18871-2002 - Ka'idodin Kariya ga Radiation da Tsaro na Radiation Sources, wanda ke ƙarƙashin ƙayyadaddun yanayin aiki na yau da kullun". kashi daidai da adadin a 10 cm daga duk wani wuri mai amfani da kayan aiki bai wuce 1 1u5v / h ba. A lokaci guda kuma, yana iya amfani da tsarin kulawa na ainihi da tsarin alamar atomatik don alamar ma'auni ba tare da ɗaga kofa na kayan aiki ba.
Siffofin fasaha
| Suna | Fihirisa |
| Gudun dubawa | 0 ~ 24 m/min, daidaitacce |
| Mitar samfur | 200kHz |
| Kewayon ma'auni mai yawa | 10-1000 g/m2 |
| Daidaiton maimaita ma'auni | 16s mai mahimmanci: ± 2σ: ≤ ± ƙimar gaske * 0.2 ‰ ko ± 0.06g/m2; ± 3σ: ≤± ƙimar gaske *0.25‰ ko ± 0.08g/m2; 4s mai mahimmanci: ± 2σ: ≤ ± ƙimar gaske * 0.4 ‰ ko ± 0.12g/m2; ± 3σ: ≤± ƙimar gaske * 0.6‰ ko ± 0.18 g/m2; |
| Alakar R2 | >99% |
| Ajin kariya daga radiation | GB 18871-2002 ma'aunin aminci na ƙasa (keɓancewar radiyo) |
| Rayuwar sabis na tushen rediyoaktif | β-ray: shekaru 10.7 (Kr85 rabin rayuwa); X-ray: > 5 shekaru |
| Lokacin amsawa | <1ms |
| Gabaɗaya iko | <3kW |
| Tushen wutan lantarki | 220V/50Hz |
