Na'urar Duba Hasken Iska ta AC/DC ARC AES-8000
Aikace-aikacen yau da kullun
1. Ƙayyade Ag, Sn, B, Mo, Pb, Zn, Ni, Cu da sauran abubuwa a cikin samfuran ƙasa; ana iya amfani da shi don gano abubuwan ƙarfe masu daraja a cikin samfuran ƙasa (bayan rabuwa da haɓaka);
2. Tantance abubuwa da dama zuwa da dama na ƙazanta a cikin ƙarfe masu tsarki da kuma oxides masu tsarki, samfuran foda kamar tungsten, molybdenum, cobalt, nickel, tellurium, bismuth, indium, tantalum, niobium, da sauransu.
3. Binciken abubuwan da aka gano da kuma abubuwan da aka gano a cikin samfuran foda marasa narkewa kamar su yumbu, gilashi, tokar kwal, da sauransu.
Ɗaya daga cikin shirye-shiryen tallafi masu mahimmanci don samfuran binciken geochemical
Ya dace don gano abubuwan da ke cikin ƙazanta a cikin abubuwa masu tsarki
Siffofi
Tsarin Hotunan Ganuwa Mai Inganci
An yi amfani da tsarin gani na Ebert-Fastic da hanyar gani mai tabarau uku don cire hasken da ya ɓace yadda ya kamata, kawar da rashin daidaituwar halo da chromatic, rage bango, haɓaka ƙarfin tattara haske, kyakkyawan ƙuduri, ingancin layin gani iri ɗaya, da kuma cikakken gadon hanyar gani ta na'urar hangen nesa ta mita ɗaya. Fa'idodin.
- Tsarin gani mai ƙanƙanta da kuma babban ƙarfin gani;
- Kyakkyawan ingancin hoto, madaidaicin matakin mayar da hankali;
- Yawan watsa layin da aka juya 0.64nm/mm;
- Tsarin ka'idar hangen nesa shine 0.003nm (300nm).
Na'urar firikwensin CMOS mai layi mai aiki da sauri da kuma tsarin siye mai sauri
- Amfani da firikwensin CMOS mai saurin amsawa ga UV, babban ƙarfin gani, kewayon motsi mai faɗi, ƙaramin juzu'in zafin jiki; babu buƙatar rufewa, babu tasirin faɗaɗa bakan na'ura, babu matsalar tsufan fim.
- Tsarin tattara bayanai da sarrafa bayanai mai sauri mai sauri wanda aka gina bisa fasahar FPGA ba wai kawai yana kammala aunawa ta atomatik na layukan siginar abubuwan nazari ba, har ma yana aiwatar da ayyukan daidaita layukan siginar da aka haɗa ta atomatik da kuma rage bayanan baya ta atomatik.
Tushen hasken wutar lantarki na AC da DC
Yana da sauƙi a canza tsakanin arcs na AC da DC. Dangane da samfura daban-daban da za a gwada, zaɓar yanayin motsawa da ya dace yana da amfani don inganta bincike da sakamakon gwaji. Ga samfuran da ba sa tura iska, zaɓi yanayin AC, kuma don samfuran tura iska, zaɓi yanayin DC.
Daidaitawar Lantarki ta atomatik
Elektrodes na sama da na ƙasa suna motsawa ta atomatik zuwa wurin da aka ƙayyade bisa ga saitunan sigogin software, kuma bayan an kammala motsawa, cire, kuma maye gurbin electrodes, wanda yake da sauƙin aiki kuma yana da daidaiton daidaitawa mai kyau.
Tagar kallo mai sauƙi
Fasahar hasashen hoton lantarki mai lasisi tana nuna duk tsarin motsa jiki a kan tagar lura da ke gaban kayan aikin, wanda ya dace wa masu amfani su lura da motsin samfurin a cikin ɗakin motsa jiki, kuma yana taimakawa wajen fahimtar halaye da halayen motsa jiki na samfurin.
Manhajar Bincike Mai Ƙarfi
- Daidaita layukan bakan ta atomatik a ainihin lokaci don kawar da tasirin karkatar da kayan aiki;
- Ana cire bayanan baya ta atomatik don rage tsangwama ga abubuwan ɗan adam;
- Ta hanyar tsarin raba layin siffa, rage tasirin tsangwama na siffa;
- Sauyawar atomatik na tantance nau'ikan siffofi daban-daban don faɗaɗa kewayon abubuwan da aka gano;
- Haɗakar hanyoyin daidaitawa guda biyu yana inganta daidaiton nazarin samfura;
- Yawan bayanai game da layin spectral, faɗaɗa fagen amfani da bincike;
- Manhajar nazari ta musamman, wacce ta dace da buƙatun gwaji daban-daban.
- Aikin bayan sarrafa bayanai mai sauƙi yana rage tsarin gwaji kuma yana sa sarrafa bayanai ya fi sassauƙa
Kariyar tsaro
- Kula da kwararar ruwa mai sanyaya ta hanyar amfani da na'urar lantarki zai iya guje wa ƙonewar na'urar lantarki mai zafi sosai;
- Kunna hanyar kulle ƙofar ɗakin don kare lafiyar masu aiki.
Sigogi
| Siffar hanyar gani | Nau'in Ebert-Fastic mai daidaito a tsaye | Zangon yanzu | 2~20A(AC) 2~15A(DC) |
| Layukan Layin Jirgin Sama | Guda 2400/mm | Tushen hasken motsawa | AC/DC baka |
| Hanyar gani tsawon mai da hankali | 600mm | Nauyi | Kimanin 180Kg |
| Bakan ka'ida | 0.003nm (300nm) | Girma (mm) | 1500(L)×820(W)×650(H) |
| ƙuduri | 0.64nm/mm (ajin farko) | Zafin jiki mai ɗorewa na ɗakin spectroscopic | 35OC±0.1OC |
| Rabon Watsa Layin Faɗuwa | Tsarin siyan babban sauri mai daidaitawa wanda ya dogara da fasahar FPGA don firikwensin CMOS mai aiki mai girma | Yanayin muhalli | Zafin ɗaki 15 OC ~ 30 OC Danshin da ya dace <80% |
