Ukusetshenziswa kwe-FE3O4 Nanoparticles:

I-Catalyst:
Izinhlayiya ze-FE3O4 zisetshenziswa njengezinhlayiya eziningi zokuphendula kwezimboni eziningi, njengokukhiqizwa kwendlela yokukhiqiza i-NH3 (Haber ammonia), ukusabela okushisa kwamanzi okushisa kakhulu kanye nokusabela kwegesi yemvelo yokusabalalisa. Ngenxa yosayizi omncane we-Fe3o4 Nanoparticles, indawo enkulu engaphezulu, kanye nobucwebe obumpofu be-nanoparticles, kwakhiwa izinyathelo ze-athomu ezingenakulinganiswa, ezakha indawo yokuxhumana yamakhemikhali. Ngasikhathi sinye, kusetshenziswa izinhlayiya ze-FE3O4 njengezithwali kanye nezinto ze-catalyst zihlanganiswe ebusweni bezinhlayiya zokulungiselela ukusebenza kwe-catalyst ephakeme nge-catalyst, kodwa futhi kwenza i-callyst ibe lula ukuyisebenzisa kabusha. Ngakho-ke, izinhlayiya ze-FE3O4 zisetshenziswe kabanzi ocwaningweni lweCatalyst Supports.

Ukuqoshwa kazibuthe:
Okunye ukusetshenziswa okubalulekile kwezinhlayiyana kazibuthe ze-nano-Fe3o4 ukwenza izinto zokuqoshwa kazibuthe. I-Nano Fe3o4 ngenxa yosayizi wayo omncane, ukwakheka kwayo kwamandla kazibuthe kuya kwisizinda esiningi, ngokusebenzelana okuphezulu kakhulu, kusetshenziswe njengento yokuqopha kazibuthe kungathuthukisa kakhulu isilinganiso sesiginali-to-umsindo, futhi kungathola imininingwane ephezulu yokuqopha. Ukuze izinhlayiya ezingcono kakhulu zokurekhoda, izinhlayiya ze-nano-fe3o4 kufanele zibe nokusebenzela okuphezulu kanye nokukhula okusele, usayizi omncane, ukumelana nokugqwala, ukumelana nokungqubuzana nokuzivumelanisa nezinguquko zokushisa.

Ukufakwa kwe-Microwave:
Ama-nanoparticles anezici ezibonakalayo ezingatholakali ezintweni ezijwayelekile zezinqwaba ngenxa yendlela encane yosayizi, njengokungakhethi kwamandla, ukulahleka kwamandla ngesikhathi sokukhanya okukhanyayo nokukhanya okukhulu, okuncike kakhulu ngosayizi wama-nanoparticles. Ucwaningo lukhombisile ukuthi ukusebenzisa izakhiwo ezikhethekile ze-optical zama-nanoparticles ukulungiselela izinto ezahlukahlukene zokukhanya kuzosetshenziswa kabanzi empilweni yansuku zonke kanye nezinkundla zobuchwepheshe obuphakeme. Ucwaningo lwamanje ngalesi sici lusesigabeni selebhu. Umphumela we-quantum usayizi wezinhlayiya ze-nano-izinhlayiya wenza kube yinto eluhlaza okwesibhakabhaka yokufakwa kokukhanya kwesimo esithile. Ukufakwa kokukhanya kwama-wavelength ahlukahlukene yi-nano-party powder kunento elolayo. Ngenxa yokuvumela okuphezulu kwamandla kazibuthe, ama-magnetic magnetic nanopowders angasetshenziswa njengohlobo lwe-Ferrite Anclusing Material, esetshenziswa emthonjeni we-microwave.

Ukususwa kwe-adsorption kokungcoliswa kwamanzi kanye nokubuyiselwa kwensimbi okuyigugu:
Ngokuthuthuka okusheshayo kwezimboni, ukungcoliswa kwamanzi okuhambisana nakho sekube kubi kakhulu, ikakhulukazi ama-ions wensimbi emzimbeni wamanzi, ukungcola okunzima kokungcolisa, njll., Okungekho lula ukuhlukanisa ngemuva kokwelashwa. Uma kusetshenziswa impahla kazibunzi e-adsorption, kungaba ukwahlukana okulula. Ucwaningo luthole ukuthi lapho i-fe3o4 nanocrystals isetshenziselwa ama-adsorb ama-ion ama-ion afana ne-PD2 +, i-PT4 + amandla aphezulu we-PD 2+ ngu-0,14mmol · gwes, umthamo omkhulu we-adsorption we-PT4 + 0.068mmol · g-1. Ngakho-ke, ama-magnec fe3o4 nanocrystals futhi ayisixazululo esihle sensimbi ekhasiniso, okubaluleke kakhulu ekuvuseleleni kabusha kwezinsimbi eziyigugu.