Ama-nanopowders amahlanu - izinto ezivamile zokuvikela ama-electropownetic

Njengamanje, okusetshenziswa kakhulu yizinhlanganisela zokuvikela ama-electromagnetic ze-electromagnetic, ukwakheka kwawo ikakhulukazi ama-resin akhiwa amafilimu, i-filler evuthayo, i-ejenti ekhuthazayo, ehlanganisa nezinye nezinye izengezo. Phakathi kwazo, i-filler ephethe yingxenye ebalulekile. I-powder yesiliva ne-post powder, i-nickel powder, i-silver call popper yethusi, i-carbon nanotubes, i-graphene, i-nano ato nokunye okuvame ukusetshenziswa.

1.I-Carbon Nanotube

I-Carbon Nanotubes inesilinganiso esihle kakhulu se-Aspect kanye nezakhiwo ezinhle kakhulu zikagesi nezezibuthe, futhi zibonisa ukusebenza okuhle kakhulu ekuvinjelweni nasekuvinjelweni. Ngakho-ke, ukubaluleka okwandayo kunamathiselwe ocwaningweni nasekuthuthukisweni kwama-filler aqhutshwa njengezingubo zokuvikela ama-electromagnetic. Lokhu kunezidingo eziphakeme ekuhlanzeni, ukukhiqiza kanye nezindleko ze-carbon nanotubes. I-carbon nanotubes ekhiqizwa ifektri yaseHongwe Nano, kufaka phakathi ama-CNTs adongeni olubi olungabina nodongeni, anobumsulwa abafinyelela ku-99%. Ukuhlakazwa kwe-carbon nanotubes ku-matrix resin nokuthi ngabe kunesimo esihle nge-matrix resin iba yinto eqondile ethinta ukusebenza okuvikelekile. UHongwe Nano uphinde anikeze isixazululo sokuhlakazwa kwe-carbon nanotube ehlakazekile.

2. Ubuningi obuphansi obuphansi kanye ne-SSA ephansiflake isiliva powder

Izimbobo zokuqala ezitholakala emphakathini zinelungelo lobunikazi e-United States ngo-1948 zokwenza ama-adhesives aphambeneyo enziwe ngesiliva nangesiliva. Upende we-electromagnetic wavikela olungiselelwe yi-ball-mill sylisan powder ekhiqizwa nguHongwe Nano inezimpawu zokumelana kukagesi okuncane, ukuqina okuhle kukagesi, ukumelana okunamandla kwezemvelo nokwakhiwa okunamandla. Kusetshenziswe kahle kwezokuxhumana, ama-elekthronikhi, ezokwelapha, i-aerospace, izikhungo zenuzi kanye neminye imikhakha yopende wokuvikela upende nayo ilungele i-abs, i-PC, i-ABS-PCPS kanye nokunye ukuhlanganiswa kwepulasitiki wobunjiniyela. Izinkomba zokusebenza zifaka ukumelana nokugqoka, ukumelana okuphezulu nokuphansi okushisa, ukushisa kanye nomswakama, ukunxusa, ukumelana kukagesi, kanye nokuhambisana kukagesi.

3. Umtshindi wethusina-i-nickel powder

I-Copper powder evutha izigqoko ziphansi ngezindleko, kulula ukuzisebenzisa, zinomphumela omuhle wokuvikelwa kwe-electromagnetic, futhi zisetshenziswa kabanzi. Zilungele kakhulu ukuphazamiseka kwe-electromagnetic kwemikhiqizo ye-elekthronikhi enamapulasitiki wobunjiniyela njengegobolondo, ngoba upende ovuthayo lwe-Copper lungafafazwa kalula, futhi indawo epulasitiki ihlelwe ngenhlawulo ye-electromagnetic. Ukwakheka nenani le-post post kunethonya elikhulu ekuvuseleleni ukuhlanganiswa. I-popper powder inesimo esiyindilinga, ukwakheka kwe-dendritic, ukwakheka kweshidi nokunye. Ishidi likhulu kakhulu kunendawo yokuxhumana eyi-spherical futhi ikhombisa ukuqhutshwa okungcono. Ngaphezu kwalokho, i-popper yethusi (i-slide-cap popper powder) ihlanganiswe ne-irotal silver powder, okungeyona lula ukuba yi-oxidized. Ngokuvamile, okuqukethwe kwesiliva kungu-5-30%. I-Copper powder eqhuba i-coative isetshenziselwa ukuxazulula ukuvikelwa kwe-electromagnetic kwamapulasitiki wobunjiniyela kanye nokhuni, i-PPO, i-PS, njll.

Ngaphezu kwalokho, imiphumela yokuvikelwa kwe-electromagnetic yokuvikelwa kwezingubo zokuvikelwa kwe-electromagnetic ezixutshwe ne-nano-nickel powder kanye ne-nano-nickel powder kanye ne-micro-nickel powder kukhombisa ukuthi ukwengeza i-nano-nickel powder kunganciphisa ukusebenza kwe-nano-nickel ngenxa yokwanda. I-magnetic langent tangent inciphisa umonakalo odalwe amagagasi we-electromagnetic emvelweni nasezintweni zokusebenza kanye nokulimala kwezempilo yabantu.

4. NanoUsobhoyaTin oxide

Njengomsizi oyingqayizivele, i-nano-ato powder inokuthula okuphezulu nokuvuselelwa, futhi inezicelo ezibanzi kwizinto ezibonakalayo zokuhlanganisa, izigqoko zokubopha ezivusa ama-antistatic, ukumboza okushisayo okushisayo okushisayo nezinye izinkambu. Phakathi kwezinto zokwenziwa kwensiza ye-opoleelectronic, izinto ze-ATO zinomthetho olwa nama-anti-static, anti-glare nemisebenzi yokulwa nemisebe, futhi zaqala ukusetshenziswa njengezinto zokuvikela ama-electromagnetic zokuvikela ukuboniswa kwemibukiso. Izinto zokwakha ze-nano ato ze-Nano ato zinokukhanya kombala okuhle, ukuqina kukagesi okuhle, amandla omshini nokuqina. Ungomunye wezicelo ezibaluleke kakhulu zezimboni zezinto zokusebenza ze-ATO kuzinsiza zokubonisa. Amadivayisi we-Electrochromic, anjengembukiso noma amafasitela ahlakaniphile, ayisici esibalulekile sezinhlelo zamanje ze-nano ato ezinkanjini zokubonisa.

5. Uhlobo

Njengezinto ezintsha zekhabhoni, i-graphene kungenzeka ukuthi ibe yinto entsha yokuvikela i-electromagnetic noma i-microwave edonsa izinto kune-carbon nanotubes. Izizathu eziphambili zifaka okulandelayo:

Ukuthuthuka ekusebenzeni kwe-electromagnetic veafting kanye nezinto zokwakha kuncike kokuqukethwe kwe-ejenti yokuheha, izakhiwo ze-ejenti yokuthola amandla nokufana okuhle kokuphazamiseka kwe-substrate yokuheha. I-Graphene AKUFANELE kuphela nesakhiwo esiyingqayizivele somzimba kanye nezakhiwo ezinhle kakhulu zemishini kanye ne-electromagnetic, kepha futhi zinezakhiwo ezinhle ze-microwave amunculing. Lapho kuhlanganiswa nama-nanoparticles kazibuthe, kungatholwa izinto ezintsha zokuthola izinto ezitholakalayo, ezinokulahleka kwamandla kazibuthe nokulahlekelwa ngugesi. Inethemba lesicelo esihle emkhakheni we-electromagnetic waving kanye nokumuncwa kwe-microwave.