Kayan Aikin Rarraba Electron na LADP-21
Gwaje-gwajen diffraction na lantarki suna daga cikin manyan gwaje-gwajen kimiyyar lissafi na zamani waɗanda suka lashe kyaututtukan Nobel. A shekarar 1927, Debye da Goudineau sun fara tabbatar da hasashen de Broglies game da bambancin ƙwayoyin microscopic tsakanin raƙuman ruwa da barbashi, wanda hakan ya sanya harsashin gwaji don kimiyyar quantum ta zamani. Na'urorin diffractometer na lantarki suna taka muhimmiyar rawa a cikin dabarun gwajin zamani. Ana amfani da na'urar diffractometer ta lantarki ta LADP-21 musamman don lura da abubuwan da ke faruwa na diffraction na electron na polycrystals da kuma tabbatar da yanayin raƙuman ƙwayoyin microscopic. Bugu da ƙari, saboda babban daidaitonsa, na'urar diffractometer ta lantarki ta LADP-21 na iya samo daidaitattun lattice na polycrystals bisa ga alaƙar da ke tsakanin radius na zoben diffraction, makamashin kinetic na electron, da kuma fihirisar Miller.
Sigogi na fasaha na na'urar auna lantarki ta LADP-21:
1,Ƙarfin wutar lantarki: AC 220V 50/60Hz
2,Ƙarfin wutar lantarki na anode: Nunin lambobi uku da rabi na DC 0-19 KV mai ci gaba
3,Ƙarfin wutar lantarki: AC 6.5v
4,Na yanzu: 0.8mA
5,Girman allo: diamita 130mm
6,Samfurin Diffraction: polycrystalline zinariya diamita samfurin diffraction 15mm
7,Diamita na layin diffraction bai wuce 0.5mm ba
8,Hanyar canja wurin hasken lantarki ta amfani da hanyar canja wurin lantarki
9,Girman: 360mm x 200mm x 520mm
10,Marufin waje akwatin kayan aiki ne mai hana girgiza da aluminum-roba
11,Zane-zanen zoben diffraction na electron
