Uyawazi umehluko phakathi kwengilazi ye-ITO ne-FTO?
Ingilazi eboshwe nge-indium tin oxide (ITO), ingilazi eboshwe nge-fluorine-doped tin oxide (FTO) konke kuyingxenye yengilazi eboshwe nge-transparent conductive oxide (TCO). Isetshenziswa kakhulu eLabhorethri, ocwaningweni nasembonini.
Nansi ishidi lokuqhathanisa phakathi kwengilazi ye-ITO ne-FTO:
| Ingilazi Embozwe yi-ITO |
| · Ingilazi embozwe yi-ITO ingasebenzisa amazinga okushisa aphezulu ku-350 °C ngaphandle kokushintsha okukhulu ekuqhutshweni komoya |
| · I-ITO Layer inokukhanya okuphakathi ekukhanyeni okubonakalayo |
| · Ukumelana kwe-substrate yengilazi ye-ITO kuyanda ngokushisa |
| · Ukusetshenziswa kwamaslayidi engilazi ye-ITO kufanelekile emsebenzini oguquliwe |
| · Ipuleti lengilazi elimbozwe yi-ITO linokuqina okuphansi kokushisa |
| · Amashidi ambozwe yi-ITO anokuqhutshwa komoya okumaphakathi |
| · Ukugqoka kwe-ITO kubekezeleleka kahle uma kukhuhlana ngokomzimba |
| · Kukhona ungqimba lokudlula phezu kobuso bengilazi, bese kuba yi-ITO embozwe ungqimba lokudlula. |
| · ITO inesakhiwo se-cubic ngokwemvelo |
| · Usayizi ojwayelekile wezinhlamvu ze-ITO ngu-257nm (Umphumela we-SEM) |
| · ITO inokukhanya okuphansi endaweni ye-infrared |
| · Ingilazi ye-ITO ishibhile uma iqhathaniswa nengilazi ye-FTO |
| Ingilazi Embozwe yi-FTO |
| · Isembozo sengilazi esimbozwe yi-FTO sisebenza kahle ekushiseni okuphezulu okungu-600°C ngaphandle kokushintsha okukhulu ekuqhutshweni komoya |
| · Ubuso be-FTO bubonakala kangcono ekukhanyeni okubonakalayo |
| · Ukumelana kwe-substrate yengilazi eboshwe nge-FTO kuhlala njalo kuze kufike ku-600°C |
| · Amaslayidi engilazi ambozwe nge-FTO awavamile ukusetshenziswa emsebenzini oguquliwe |
| · I-substrate embozwe yi-FTO inokuqina okuhle kakhulu kokushisa |
| · Ubuso obumbozwe yi-FTO bunomoya omuhle wokuhambisa amanzi |
| · Isendlalelo se-FTO sibekezelela kakhulu ukukhuhlana ngokomzimba |
| · I-FTO embozwe ngqo ebusweni bengilazi |
| · I-FTO yakhiwe ngesakhiwo se-tetragonal |
| · Usayizi ojwayelekile wezinhlamvu ze-FTO ngu-190nm (Umphumela we-SEM) |
| · I-FTO inokukhanya okuphezulu endaweni ye-infrared |
| · Ingilazi embozwe nge-FTO ibiza kakhulu. |
I-Saida Glass ingumhlinzeki wokucubungula ingilazi odumile emhlabeni wonke osezingeni eliphezulu, onentengo encintisanayo kanye nesikhathi sokulethwa ngesikhathi. Isebenzisa ingilazi ngokwezifiso ezindaweni eziningi futhi igxile kuphaneli yokuthinta ingilazi, iphaneli yengilazi yokushintsha, ingilazi ye-AG/AR/AF/ITO/FTO kanye nesikrini sokuthinta sangaphakathi nangaphandle.
Isikhathi sokuthunyelwe: Ephreli-02-2020