I-Antimony doped tin dioxide nano powder (ATO)iyimpahla enezici ze-semiconductor. Njengempahla ye-semiconductor, inezinye zezinto ezilandelayo ze-semiconductor:

1. Igebe lebhendi: I-ATO inegebe elimaphakathi lebhendi, ngokuvamile eliba ngu-2 eV. Ubukhulu balesi sikhala buvumela ukuthi isebenze kahle njenge-semiconductor ekamelweni lokushisa.

2. I-electrical conductivity: I-ATO ingaba uhlobo lwe-N noma uhlobo lwe-semiconductor yohlobo lwe-P, kuye ngohlobo nokugxila kwe-doping. Lapho i-antimony yenziwe, i-ATO ibonisa i-N-type conductivity, okuwukugeleza kwama-electron okubangelwa ukufuduka kwama-electron kubhendi yokuqhuba. Ukuphakama kwe-doping concentration, i-conductivity enamandla kakhulu. Ngokuphambene, lapho i-tin oxide ixutshwa nezinye izakhi, njenge-aluminium, i-zinc noma i-gallium, i-doping yohlobo lwe-P ingakhiwa. Okusho ukuthi, ukugeleza kwamanje okubangelwa ukufuduka kwezimbobo ezinhle kubhendi ye-valence.

3. Izakhiwo zokubuka: I-ATO yokukhanya okubonakalayo nokukhanya okuseduze kwe-infrared inokungafihli okuthile. Lokhu kuyinikeza amandla ezinhlelweni zokubona, njengama-photocell, izinzwa zokukhanya, njll.

4. Izakhiwo ezishisayo: I-ATO ine-conductivity enhle yokushisa kanye ne-coefficient ephansi yokwandisa ukushisa, enezinzuzo kwezinye izinhlelo zokusebenza zokuphatha ukushisa.

Ngakho-ke, i-Nano ATO ivame ukusetshenziselwa izendlalelo ze-conductive kanye namafilimu e-transparent conductive kumishini kagesi, futhi isetshenziswa kabanzi kumadivaysi e-electronic ahlukahlukene. Ngokudluliswa kwe-semiconductor, ukuqhutshwa okuphezulu nokucaca kwe-ATO yizici ezibaluleke kakhulu. Ingasetshenziswa njengento ebonisa ngale ka-electrode kumadivayisi ezithombe zikagesi, njengamaseli elanga, izibonisi zekristalu eliwuketshezi, njll. Kulawa madivayisi, ukusebenza kwezokuthutha kubalulekile ukuze kudluliswe kahle ama-electron streams, futhi ukusebenza okuphezulu kwe-ATO kuvumela ama-electron ukuthi asebenze kahle. ethuthwa ngaphakathi kwempahla.

Ngaphezu kwalokho, i-ATO ingasetshenziswa futhi kumayinki e-nano conductive, ama-adhesive conductive, i-conductive powder coatings nezinye izinkambu. Kulezi zinhlelo zokusebenza, impahla ye-semiconductor ingafinyelela ukudluliswa kwamandla amanje ngesendlalelo se-conductive noma ifilimu eqhubayo. Ngaphezu kwalokho, ukudluliswa kokukhanya okubonakalayo kwezinto ezingaphansi kungagcinwa ngenxa yokungafihli.

I-Hongwu Nano inikeza i-antimony doped tin dioxide powder ngamasayizi ahlukene ezinhlayiyana. Siyakwamukela ukuthi usithinte uma unentshisekelo ku-Antimony doped tin dioxide nano powder (ATO).