Omenala 0.5mm ruo 3.2mm Ultra Clear Indium Tin Oxide Conductive Glass Substrates with Pattern and Polished Edge for Lab Tests
Ọkwa eletrọnịkị/Elu nkenke/Ọ dị eluDị na Multitiple Usoro
Kedu ihe bụ ITO Conductive Glass?
1. A na-arụpụta iko na-eduzi ITO site na itinye silicon dioxide (SiO2) na indium tin oxide (nke a na-akpọkarị ITO) ihe nkiri dị mkpa na ndabere nke soda-lime ma ọ bụ iko borosilicate site na iji usoro nha magnetron.
2. ITO bụ ngwakọta ígwè nke nwere ezigbo transperent na conductive Njirimara. Ọ nwere njirimara nke bandwit a machibidoro iwu, nnyefe ọkụ dị elu na obere resistivity na mpaghara a na-ahụ anya. A na-eji ya eme ihe n'ọtụtụ ebe na ngwaọrụ ngosi nkwenye, sel anyanwụ, na mkpuchi windo na-arụ ọrụ pụrụ iche. Ngwa ụlọ nyocha na ngwaọrụ optoelectronic ndị ọzọ.
Kedu ihe bụ FTO Conductive Glass?
1. FTO conductive iko bụ fluorine-doped SnO2 transperent conductive iko (SnO2: F), zoro aka dị ka FTO.
2. SnO2 bụ obosara band-gap oxide semiconductor nke na-apụta ìhè na ìhè a na-ahụ anya, nke nwere oghere nke 3.7-4.0eV, ma nwee usoro tetrahedral gold na-acha uhie uhie. Mgbe emechara ya na fluorine, ihe nkiri SnO2 nwere uru nke ezigbo nnyefe ọkụ na ìhè a na-ahụ anya, nnukwu ọnụọgụ absorption ultraviolet, obere resistivity, akụrụngwa kemịkalụ kwụsiri ike, yana iguzogide acid na alkali na ụlọ okpomọkụ.
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