Izinzuzo ze-carbon nanotuba eyodwa yama-catalyst:

Indawo engaphezulu yesilinganiso esiphezulu: I-carbon nanotubes eyodwa inendawo enesilinganiso esiphezulu, esivumela ukuthi anikeze amasayithi asebenza kakhulu futhi akhulise indawo yokuxhumana phakathi kwama-reactors nama-catalysts, ngaleyo ndlela athuthukise ukusebenza kahle kwe-catalytic reaction.

Umsebenzi we-Catalytic: Ama-nanotube ekhabhoni eyodwa anezindawo eziningi zokusebenza ezingaphezulu, ezingakhuthaza ukusabela kwe-catalytic. Angakwazi ukukhangisa ama-molecule futhi anikeze indawo edingekayo ukuze akhuthaze ukuvela kokusabela.

I-Conductivity: Ama-nanotubes e-Carbon angamakhondukta amahle kakhulu we-elekthronikhi futhi asebenza kahle ngokudluliswa kwe-elekthronikhi. Lokhu kuzivumela ukuthi zibambe iqhaza ekuphenduleni kwe-electrocatalytic noma zihlanganiswe namanye ama-electronic catalysts ukwenza umthelela we-synergy futhi kuthuthukiswe ukusebenza kwe-catalytic.

Izicelo:

I-fuel cell catalyst: I-carbon nanotubes eyodwa ingahlinzeka ngendawo ephezulu ethize kanye nokusebenza okuhle kakhulu, okuyenza ibe into efanelekile yama-catalyst amaseli kaphethiloli. Angasetshenziswa njengama-hydroxide catalysts, ama-oxygen rear catalysts, nama-electrolytic catalysts amanzi ukuze kuthuthukiswe ukusebenza kahle nokuzinza kwamaseli kaphethiloli.

I-VOCS catalytic conversion: I-Volatile organic compounds (VOCs) wuhlobo lwamakhemikhali ayingozi emvelweni nempilo. I-carbon nanotubes eyodwa ingasetshenziswa njenge-catalyst adsorption kanye nokuguqulwa kwama-VOC, ukunciphisa ubuthi bayo kanye nemiphumela emibi emkhathini. Isibonelo, zingasetshenziswa emikhakheni yokuhlanza igesi yomsila wemoto kanye nokwelashwa kwegesi yokukhipha izimboni.

I-catalyst yokwelapha amanzi: I-carbon nanotubes eyodwa nayo isetshenziswa kabanzi ekwelashweni kwamanzi. Angasetshenziswa njengokucekelwa phansi kwezinto ezingcolisa imvelo kuma-catalyst catalysts, njengama-ion ensimbi esindayo kanye nodayi bemvelo. Ngaphezu kwalokho, zingaphinde zisetshenziselwe ukubola kwamanzi nge-photocatalytic ukukhiqiza i-hydrogen njengendlela yokugcina amandla ahlanzekile.

I-Electrolytic hydrogen: Ukubola kwamanzi nge-Electrochemical kuyindlela eqhubekayo yokwenza i-hydrogen. Ngenxa yokusebenza kwayo okuhle kakhulu kwe-electro-catalytic, i-carbon nanotone eyodwa inomsebenzi obalulekile emkhakheni we-electrolytic hydrogen. Angasetshenziswa njengama-anode catalysts ukukhuthaza ukusabela kwe-oxidation yamanzi futhi azuze ukukhiqizwa kwe-hydrogen okuphumelelayo.

Inzwa ye-Electrochemical: I-carbon nanotubes eyodwa nayo ingasetshenziselwa ukulungisa izinzwa ze-electrochemical. Ngokulungisa nokusebenzisa izici zayo ezinhle kakhulu ze-electrochemical catalytic, ingafinyelela ukuhlolwa kokuzwela okuphezulu kwama-ion amaningi, ama-molecule noma izinto zokuhlaziya izinto eziphilayo, futhi inamathuba amaningi okusebenza.