AES-8000 AC/DC ARC EMISSION SPECTROMETER
Aikace-aikace na yau da kullun
1. Ƙaddamar lokaci ɗaya na Ag, Sn, B, Mo, Pb, Zn, Ni, Cu da sauran abubuwa a cikin samfurori na geological;Hakanan za'a iya amfani dashi don gano abubuwan ƙarfe masu daraja a cikin samfuran ƙasa (bayan rabuwa da haɓakawa);
2. Ƙaddamar da dama zuwa da dama na abubuwan da ba su da tsabta a cikin ƙananan ƙarfe masu tsabta da ƙananan oxides, samfurori na foda irin su tungsten, molybdenum, cobalt, nickel, tellurium, bismuth, indium, tantalum, niobium, da dai sauransu;
3. Binciken abubuwan ganowa da abubuwan ganowa a cikin samfuran foda maras narkewa kamar su yumbu, gilashi, ash na kwal, da sauransu.
Ɗaya daga cikin shirye-shiryen bincike mai goyan baya don samfuran binciken geochemical
Mafi dacewa don gano abubuwan ƙazanta a cikin abubuwa masu tsafta
Siffofin
Ingantacciyar Tsarin Hoto Na gani
Ebert-Fastic na gani tsarin da uku-ruwan gani na gani hanya an karbe su yadda ya kamata cire batattu haske, kawar da halo da chromatic aberration, rage baya, inganta haske taro ikon, mai kyau ƙuduri, uniform bakan ingancin line quality, da kuma cikakken gaji Tantancewar hanya na daya. -mita grating spectrograph The abũbuwan amfãni.
- Karamin tsarin gani da hankali mai girma;
- Kyakkyawan ingancin hoto, madaidaicin jirgin sama;
- Matsakaicin watsawar layin jujjuyawar 0.64nm/mm;
- Matsakaicin ƙayyadaddun ƙayyadaddun ƙayyadaddun ƙa'idodin shine 0.003nm (300nm).
Tsare-tsaren linzamin kwamfuta mai girma na firikwensin CMOS da tsarin saye mai sauri
- Yin amfani da firikwensin CMOS mai tsananin UV, babban hankali, faffadan kewayo mai ƙarfi, ƙaramin zafin jiki;babu buƙatar shafa, babu tasirin faɗaɗa bakan na'urar, babu matsalar tsufa na fim.
- Babban saurin CMOS multi-CMOS saye tare da tsarin sarrafa bayanai dangane da fasahar FPGA ba wai kawai yana kammala aunawa ta atomatik na layukan na'urori na nazari ba, har ma yana fahimtar ayyukan daidaitawa ta atomatik na layukan bakan da ke aiki tare da ragewa ta atomatik baya.
AC da DC Arc hasken haske
Ya dace don canzawa tsakanin AC da DC arcs.Dangane da samfurori daban-daban da za a gwada, zaɓar yanayin motsa jiki mai dacewa yana da amfani don inganta bincike da sakamakon gwaji.Don samfurori marasa aiki, zaɓi yanayin AC, kuma don samfuran gudanarwa, zaɓi yanayin DC.
Electrode Atomatik Daidaita
Na'urorin lantarki na sama da na ƙasa suna motsawa ta atomatik zuwa wurin da aka keɓance bisa ga saitunan ma'aunin software, kuma bayan an gama motsa jiki, cirewa, da maye gurbin na'urorin lantarki, wanda ke da sauƙin aiki kuma yana da daidaitattun daidaito.
Kyakkyawan gani taga
Fasahar tsinkayar ƙirar ƙirar lantarki mai ƙima tana nuna duk tsarin haɓakawa akan taga kallo a gaban kayan aikin, wanda ya dace da masu amfani don lura da tashin hankali na samfurin a cikin ɗakin tashin hankali, kuma yana taimakawa wajen fahimtar kaddarorin da halayen haɓakawa na samfurin. .
Software Nazari mai ƙarfi
- Daidaitaccen lokaci ta atomatik na layin bakan don kawar da tasirin ɗigon kayan aiki;
- Ana cire bango ta atomatik don rage tsangwama na abubuwan ɗan adam;
- Ta hanyar algorithm na rabuwar layi, rage tasirin tsangwama;
- Canza ta atomatik na ƙayyadaddun nau'ikan bakan don faɗaɗa kewayon abubuwan ganowa;
- Haɗuwa da hanyoyi guda biyu masu dacewa suna inganta daidaiton nazarin samfurin;
- Ɗaukakar bayanan layi mai yawa, faɗaɗa filin bincike;
- Software na bincike na musamman, wanda ya dace da buƙatun gwajin samfur daban-daban.
- Ayyuka masu dacewa bayan sarrafa bayanai suna rage aikin gwaji kuma yana sa sarrafa bayanai ya zama mafi sauƙi
Kariyar tsaro
- Kula da kwararar ruwa mai sanyaya ruwa na faifan lantarki na iya guje wa babban zafin jiki na ƙona hoton lantarki;
- Kunna amintaccen kulle ƙofar ɗakin don kare amincin masu aiki.
Siga
| Siffar hanyar gani | Nau'in Ebert-Fastic mai ma'ana a tsaye | Kewayon yanzu | 2 ~ 20A (AC) 2 ~ 15A(DC) |
| Layin Grating Jirgin Sama | 2400 guda / mm | Madogararsa haske | AC/DC ba |
| Tsawon hangen nesa hanya | 600mm | Nauyi | Kimanin 180Kg |
| Ka'idar bakan | 0.003nm (300nm) | Girma (mm) | 1500(L)×820(W)×650(H) |
| Ƙaddamarwa | 0.64nm/mm (aji na farko) | Zazzabi na dindindin na ɗakin kallo | 35OC±0.1OC |
| Rabon Watsawa Layin Faɗuwa | Tsarin saye mai sauri mai aiki tare bisa fasahar FPGA don babban firikwensin CMOS | Yanayin muhalli | Zafin ɗaki 15 OC ~ 30 OC Dangin zafi <80% |