Ukulungiswa komsebenzi ophezulu kuxhaswa ikakhulu i-Nano-GoldStys ikakhulu kuthathelwa ingqalelo iinkalo ezimbini, elinye lilungiswa yigolide eNano, eqinisekisa umsebenzi ophezulu wegolide, eqinisekisa umsebenzi ophakamileyo onobuncinci, kwaye enye inokuthi ibe nendawo enkulu yomphezulu kunye nokusebenza kakuhle. Utshintsho oluphezulu kunye nokusebenzisana okuqinileyo kunye nee-nanoparticles zegolide ezixhaswayo kwaye zisasazeke kakhulu kumphezulu womphathi.

Impembelelo yomntu ophetheyo kumsebenzi obalaseleyo we-AU Nanopartics ibonakaliswa ikakhulu kwindawo ethile yomphezulu, i-gody ye-Carriery ngokwayo kunye nenqanaba lokunxibelelana phakathi komthwali kunye nabaphathi be-nanopowdes. Umntu ophetheyo nge-SSA omkhulu yimfuneko yokusasazeka kwamasuntswana egolide. I-Totties yomthwali ichaza ukuba i-Catalyst yegolide iya kuhlanganisa ibe ngamasuntswana amakhulu egolide ngexesha lenkqubo yokuchongwa, ngaloo ndlela kuncitshiswa umsebenzi wayo. Ukongeza, amandla onxibelelwano phakathi komthwali kunye nabaphathi be-AU Nanopowds ikwayinto ephambili echaphazela umsebenzi wekantu. Ukomelela kwamandla onxibelelwano phakathi kwamasuntswana egolide kunye nomphathi, okuphakathi komsebenzi wegolide egolide.

Okwangoku, uninzi lwezinto ezisebenzayo ze-NAU zixhaswa. Ubukho benkxaso bungabi lula ukuzinza kweentlobo zegolide ezisebenzayo, kodwa zinomdlala indima ebalulekileyo ekukhuthazeni umsebenzi woluntu lonke ngenxa yokunxibelelana phakathi kwenkxaso kunye ne-nanoparticals.

Inani elikhulu leziphumo zophando libonisa ukuba i-NAno-Gold inamandla okuthatha inxaxheba kwiindawo ezahlukeneyo zokuphendula zekhemikhali, kwaye zilindelwe ukuba zithathe indawo ye-psysts ekhoyo kunye ne-PT kwi-PT kwi-PT kunye ne-PT kwi-PT kwiPhepha leSidali seMichiza:

1. Ukukhetha i-oxidation

Ukukhetha i-Oxidation ye-Oxidations kunye ne-AldeyeyDes, ukukhutshwa kwe-Olefins, ukukhetha i-oxidation ye-hydrocarbons, syntheshes ye-H2O2.

2. Impendulo ye-hydrogeny

I-hydrogenation ye-olefins; Ukukhetha i-hydrogenagenation ye-hydrogenation ye-aldeleddes kunye ne-ketones; Ukukhetha i-hydrogenation ye-hydrogenation ye-Nitrobunege

I-Nano Au Catalysts isetyenziswa ngokubanzi kwi-biosens, i-cataimeriment enobuchule obuphezulu, kwaye igolide ineendlela ezifanelekileyo kuzinzo lweekhemikhali. Yeyona nto izinzileyo phakathi kweqela le-VIII, kodwa i-NanoPlicle ye-NanoPlicle ibonisa umsebenzi obalaseleyo ngenxa yeziphumo ezincinci, i-optics ye-not-njl.

Ngokuphatheleleka i-catacling ebonakalayo, i-Nano ye-Nano ye-Nano inamaqondo obushushu aphantsi kunye nokukhetha okuphezulu kunensimbi yensimbi, kwaye iqondo layo eliphantsi kakhulu lelona tyala liphezulu. Umsebenzi obaluleke kakhulu kubushushu be-200 ° C ithanga kakhulu kunelo ye-cuo ye-cuo-zno-al2-al23 tetalyst.

I-1. Impendulo ye-oxidation

2. Iqondo lobushushu eliphantsi lamanzi

3. Isigaba se-hydrogenation ye-hydrogenation

4. I-Oxidation ye-Oxidation yeSigaba sokuSebenza, kubandakanya ne-Ethylene Glycol Axition ye-oxic acid, kunye nokukhetha i-oxicose.