Cell Segment Product Series

Iintlobo zeemveliso

Cell Segment Product Series

iveliso ezifakiwe

Eyokuqala yehlabathi: Umatshini wokusasaza weNanomaterial onesiphumo semathodi yoqhushumbo

Ibhetri eshushu cofa (cofa okubandayo, cofa shushu)

I-Slitter (isantya esiphezulu, isantya esiphantsi)

Steel Rule Die Cutting Machine

Umatshini wokusika oguquguqukayo (ityala lokuqala laseTshayina)

I-Winder yesantya esiphezulu (ibhetri yePrismatic kunye neCylindrical)

Izitishi eziphindwe kabini Umatshini wokupakisha we-Auto onesantya esiphezulu

Umatshini wokusika kunye ne-laminating

Umatshini wokusika weLaser kunye nokusika

I-Laser Die-ukusika kunye ne-Winding Lug Push Umatshini wokuTlatyiswa

0102030405

Eyokuqala yehlabathi: Umatshini wokusasaza weNanomaterial onesiphumo semathodi yoqhushumbo

Iimpawu ezisebenzayo:

I-Yixinfeng edibeneyo yokuqhuma indlela ye-nanomaterials disperser ithatha amalungelo epropathi yengqondo yenkampani ukuphuhlisa i-jet edibeneyo yokuqhawula i-jet, iqondo lokushisa eliqhelekileyo kunye noxinzelelo, inkqubo ecocekileyo, epholileyo kunye ne-oxidizing.

Luhlobo lwenkqubo yokulungiselela ecocekileyo nethambileyo kwiqondo lobushushu begumbi, uxinzelelo oluqhelekileyo, ngaphandle kwezongezo zekhemikhali, ngaphandle kwe-oxidization kunye ne-deformation, kwaye inokugcina iipropathi zangaphakathi zegraphene hexagonal carbon atom distribution.

Yinkqubo yokulungiselela ecocekileyo kunye nethambileyo kwiqondo lokushisa kunye noxinzelelo ngaphandle kwezongezo zekhemikhali, ngaphandle kwe-oxidization kunye ne-metamorphosis, enokugcina iimpawu zangaphakathi zegraphene kunye ne-hexagonal equilateral carbon atom distribution.

Inkcazo yemveliso: 1 umaleko ~ 3 iileya, 1 umaleko ~ 7 iileya (i-two-dimensional ratio 1: 900 ~ 1: 1500).

Uhlobo lweMveliso: uhlobo lolwelo oluqinileyo-ulwelo oluxutyiweyo (umxholo oqinileyo 3%, 6%), uhlobo lomgubo owomileyo.

Qhagamshelana nathi

iinkcukacha zemveliso

inkcazelo

Ijethi yeYixinfeng edityanisiweyo yokuqhumisa indlela yokuqhawula kunye nelitye elikhoyo eline-oxidized

Ukuthelekiswa kwegraphene oxide:

Isikena semakroskopu ye-electron yegraphene oxide

Ukusuka kwi-electron micrograph, sinokubona i-graphene oxide ishwabene, ijijekile kwaye igqwethiwe, kwaye igraphene enehexagonal elinganayo yokuhanjiswa kwe-athomu yangaphakathi itshatyalalisiwe kwaye yosulelwa bubumdaka.

ICandelo leMveliso engundoqo Series41yl9

Ukuskena ngemicroscope ye-Electron ye-intrinsic graphene yiYixinfeng jet edityanisiweyo indlela yokuqhushumba kwamandla

IGraphene eyenziwe yiYixinfeng Jet eDityanisiweyo yokuQhutywa kweNdlela yokuQhutywa kwe-electron Umfanekiso wokuskena we-electron ubonisa ukusebenza kakuhle, i-Transparent, igudile kwaye ithe tyaba, akukho mibimbi, igophe elijikayo, ukonakala, igraphene hexagonal equilateral carbon Iipropati ezingaphakathi zegraphene's hexagonal equilateral carbon Iipropati ezingaphakathi ze-hexagonal equilateral properties. Ukuhanjiswa kwe-carbon athom yegraphene zigcinwe kakuhle, kwaye akukho kungcoliseka kwamaphephancwadi.

Ukuphehlelelwa komatshini wokuguqula i-nanomaterial wokusasaza, umatshini wokuqala we-nanomaterial wokusasaza wehlabathi osebenzisa indlela yokudubula yokwenziwa. Le teknoloji yokusika iya kutshintsha indlela i-nanomaterials echithwa ngayo, ibonelela ngokusebenza okungenakulinganiswa kunye nokuchaneka kwinkqubo.

Enye yezona zinto zibalulekileyo zalo matshini ohamba phambili kukukwazi ukusabalalisa uluhlu olubanzi lwama-nanomaterials, kuquka i-nanoparticles, i-nanotubes kunye ne-nanowires, ngokuchaneka okuphezulu kakhulu. Oku kuguquguquka kwenza kube sisisombululo esifanelekileyo kumashishini afana namayeza, i-electronics kunye nesayensi yezinto eziphathekayo, apho ukusasazwa okuchanekileyo kwama-nanomaterials kubalulekile ukufezekisa iipropati ezifunwayo kunye nokusebenza.

Qhagamshelana nathi