Ingilazi ejwayelekile iyinto evikelayo, engasebenza ngokufaka ifilimu eqhubayo (ITO noma ifilimu ye-FTO) endaweni yayo. Lena ingilazi conductive. Ibonisa ngale ngokukhazimulayo okuhlukahlukene. Kuya ngokuthi hlobo luni lochungechunge lwengilazi ye-coated conductive.
Ububanzi beIzibuko eziboshwe nge-ITOingu-0.33/0.4/0.55/0.7/1.1/1.8/2.2/3mm ngobuningi. usayizi 355.6×406.4mm.
Ububanzi beIngilazi eboshwe nge-FTOingu-1.1/2.2mm ngobuningi. usayizi 600x1200mm.
Kodwa buyini ubudlelwano phakathi kokumelana nesikwele kanye ne-resistivity kanye ne-conductivity?
Ngokuvamile, inkomba esetshenziselwa ukuphenya izakhiwo ze-conductive ze-conductive film layer ukumelana neshidi, elimelelwaR (noma ama-Rs). Rihlobene nokuphikiswa kukagesi kongqimba lwefilimu eqhubayo kanye nogqinsi lwesendlalelo sefilimu.
Emfanekisweni,dimele ukujiya.
Ukumelana kwesendlalelo se-sheet conductive nguR = pL1 (dL2)
Kufomula,pi-resistivity yefilimu ye-conductive.
Okwesendlalelo sefilimu esakhiwe,pfuthidkungabhekwa njengamagugu angashintshi.
Uma i-L1=L2, iyisikwele, kungakhathaliseki ukuthi usayizi webhulokhi, ukumelana kuyinani eliqhubekayoR=p/d, okuyincazelo yokumelana nesikwele. Leyo,R=p/d, iyunithi ye Rngi: ohm/sq.
Njengamanje, ukumelana nongqimba lwe-ITO kuvame ukumayelana0.0005 Ω.cm, futhi okungcono kakhulu0.0005 Ω.cm, eseduze nokumelana nensimbi.
I-reciprocal of the resistivity yi-conductivity,σ= 1/p, i-conductivity inkulu, i-conductivity inamandla.
I-Saida Glass ayiyona nje uchwepheshe endaweni yengilazi eyenziwe ngokwezifiso, kodwa futhi iyakwazi ukusiza ikhasimende ekuxazululeni izinkinga zobuchwepheshe endaweni yengilazi.
Isikhathi sokuthumela: Apr-30-2021
