Ngophuhliso lweTekhnoloji yeTechromagnetic (i-ENI) kunye neengxaki ze-electromagnetic Abaneli kuphazamiseka kuphela kunye nomonakalo kwizixhobo ze-elektroniki kunye nezixhobo, bachaphazele ukusebenza kwabo okuqhelekileyo, kwaye banciphise ukhuphiswano kwilizwe lonke kwimveliso ye-elektroniki kwimveliso ye-elektroniki kunye nokuhlalisa impilo; Ukongeza, ukuvuza kwamaza ezi-elektromagnetic kuya kubeka esweni ukhuseleko lolwazi kuzwelonke kunye nokhuseleko lweemfihlo zomkhosi. Ngokukodwa, izixhobo ze-electromagnetic ze-Electromagnetic Prose Izixhobo zengqondo, eziye zenzelwa imiqobo ebonakalayo, enokusihlasela ngokuthe ngqo, iinkqubo zombane, njl njl.

Ke ngoko, ukuphonononga izixhobo ezifanelekileyo zokukhusela izinto zokuphazamiseka kwe-electromagnetic kunye neengxaki ze-elektromagnetic ezibangelwa kukhuseleko lweemveliso zombane kunye nenkqubo yenethiwekhi, iqonga lenethiwekhi, njl. Zibaluleke kakhulu.

1. Isiseko se-electromagnetic field (EMI)

Ukukhusela i-electromagnec kukusetyenziswa kwezinto ezikhuselayo ukuvimba okanye ukunika i-intengendate amandla e-elektromagnetic phakathi kwendawo ekhuselweyo kunye nehlabathi elingaphandle. Umgaqo wokukhusela i-electromagnetic kukusebenzisa umzimba okhuselekileyo ukubonakalisa, ukufunxa kwaye kukhokele ukuhamba kwamandla e-Electromagneti, ehambelana nentlawulo yomgangatho wesakhiwo esikhuselweyo. Ukukhuseleka kwahlulwe yaba yindawo yombane yokukhuselwa (i-elektrostatic ikhuselweyo), i-magneting field yaseburhulumenteni (i-magnetic field yaseburhulumenteni) kunye nokukhuselwa rhoqo kwe-elecnetic (i-elektromagnectic) kunye nokukhuselwa komgaqo wayo. Ngokubanzi, ukufihlwa kwama-elektromagnectic kubhekiswa kokugqibela, oko kukuthi, ukukhusela amasimi ombane kunye namagnethi ngaxeshanye.

I-2. I-Electromagneting Shrifting

Okwangoku, ukudibanisa i-elektromagnectic yokukhusela i-coaat isetyenziswe ngokubanzi. Iingoma zabo eziphambili ziyimo yokwakha ifilimu, ifilimu esebenzayo, i-filient, iarhente yokudibanisa kunye nezinye izongezo. I-filler ye-filler yinxalenye ebalulekileyo yayo. Isiqhelo sisisilivere (i-AG) yomgubo kunye nobhedu (cu) powder.

2.1I-carbon natoutubs(Ii-Cvent)

I-carbon nanobi inemilinganiselo enkulu, yombane ogqwesileyo, i-magnetic, kwaye ibonakalise intsebenzo egqwesileyo ekuqhubeleni phambili, efunxa kwaye ikhule. Ke ngoko, uphando kunye nophuhliso lweekhabhoni zekhabhoni ezinje ngeefilimu ezizimeleyo ze-electromagnetic zokukhusela i-elektromagnectic ibonakale ngakumbi kwaye ithandwa kakhulu. Oku kubeka iimfuno eziphezulu kubunyulu, imveliso, kunye neendleko zeekhabhoni nanobs. I-carbon nanobs iveliswe nguHongwu nano, kubandakanya udonga olunye kunye nodonga oluninzi, ukuba nobunyulu be-99%. Nokuba ngaba iikharbon nanon zisasazeke kwi-matrix i-matrix kwaye nokuba zizinto ezilungileyo zeMatrix iba yinto ethe ngqo echaphazela intsebenzo ethe ngqo. IHongwu Nano ibonelela ngokusasaza isisombululo se-carbon nautube.

2.2 I-Flake ipleyithi yesilivere yesilivere enento ephantsi

Elinye ilizwe elipapashiweyo yayiyindawo yokuziphatha yayiyindawo emathambeneyo yayikhutshwe yi-United States ngo-1948 enza isilivere kunye ne-Epoxy Retin. Ipeyinti ye-electromagnetic ilungiselelwe ngePlain yeBhola ye-Flake Iphucwele i-Hongwu Nano ineempawu zokunganyangeki kwe-Hobowu, ukuqhubela phambili, kunye nokwakhiwa kwendalo esingqongileyo. Basetyenziswa kakhulu kunxibelelwano, i-elektroniki, kwezonyango, i-aerospace, indawo yenyukliya kunye namanye amasimi. Ipeyinti yokukhusela ikwafanelekile ukuba i-ABS, i-PC, i-Abs-PCPS kunye nezinye iiplasitiki zobunjineli. Izalathi zeNtsebenzo kubandakanya ukuxhathisa, ukumelana nobushushu obuphakamileyo kunye nophantsi, ukumelana nobushushu, ukunamathela, ukunyangwa kombane, i-Electromagnetic, njl. Inokufikelela kumgangatho.

2.3 Popper Powder kunye ne-nickel powder

I-Popper Popler Pepet ineendleko eziphantsi kwaye kulula ukupeyinta, ikwanesiphumo esifanelekileyo se-electromagnetic, kwaye ke isetyenziswa ngokubanzi. Ilungele ngokukhethekileyo ukuba iphazamiso ye-anti-elektromagnetic yemveliso ye-elektroniki enamaplanga ubunjineli njengeqokobhe, kuba ipollder yepeyinti iya kutshiza okanye ityibilike ngokulula. Indawo yeplastiki yeemilo ezahlukeneyo zenziwa ukuba ikhule i-elektromagnetic yomaleko, ukuze iplastiki inokufezekisa injongo yokukhusela amaza okhuselo lwe-elektromagnetic. I-morphology kunye nenani le-powriver powder inefuthe elihle ekuhambeni kokudibana. I-popler powder ine-sperical, i-dendricric kunye ne-flake-njengemilo. Ubume be-flake banommandla omkhulu wokunxibelelana ngakumbi kunemilo ye-spherical kwaye ibonisa ukuqhubela phambili. Ukongeza, i-popper powder (i-pop-coper popler powder) idityaniswe nomgubo wesilivere opholileyo, ekungekho lula ukuba i-oxiving, kunye nomxholo wesilivere ngokubanzi yi-5-30%. I-Popper Powder Proder isetyenziselwa ukusombulula ukungafihliswa kwe-ABS ye-ABS, iPPO, i-PS kunye nezinye iiplanga zobunjineli kunye neenkuni kunye nexabiso lombane, linexabiso elibanzi lexabiso.

Ukongeza, i-elektromagneting yendlela yokulinganisa impumelelo ye-nano ciclel powder kunye ne-electromagnectic exutywe ne-nano kunye ne-micron nickel powder enokunciphisa ukusebenza kwe-Electromagnetic, kodwa yandisa ilahleko yokufumana. Ilahleko ye-magnetic tangent incitshisiwe, kunye nomonakalo kwindalo, izixhobo kunye nempilo yomntu ebangelwa ngamaza e-elektromagnetic.

2.4 UNano Tin Antimony Oxide (ATO)

I-Nano Ato Ato, njengomgubo owodwa, omabini obonakalayo kunye nokungafihlisi, kunye noluhlu olubanzi lwezicelo kwimimandla yokubonisa, i-antistating ye-antistating, kwaye ikhutshiwe i-antistating, kwaye ikhutshiwe i-antistatic. Phakathi kwezixhobo zokubonisana kwezixhobo ze-Optoegition, i-Nano Ato azinazinto zininzi, i-anti-glare kunye ne-anti-glare kunye ne-anti-ray kunye ne-anti-radia-radional, kwaye zaqala ukhuselo lwezinto zokuhlambela i-elektromagnetic. Izinto zokuthintela i-ATO Nano zinombala ocacileyo wokukhanya, ukuqhutywa kombane okuhle, amandla omatshini kunye nozinzo, kwaye isicelo sabo sokubonisa izixhobo zenye yezona zixhobo zibalulekileyo ze-ATO okwangoku. Izixhobo ze-electromic (ezinjengeembonisekiso okanye iifestile ze-smart) okwangoku zizinto ezibalulekileyo kwizicelo zeNano-Ato kwicandelo lokubonisa.

2.5 IGraphene

Njengohlobo olutsha lwezinto zekhabhoni, igraphene inokwenzeka ukuba ibe luhlobo olutsha lwezinto ezisebenzayo ze-elektromagnectic okanye izinto ze-microwave zokukhwela kunekhabhoni. Esona sizathu siphambili sibandakanya le miba ilandelayo:

I-①graphene yifilimu ye-hexagonal equlethe i-atom yekhabhoni, izinto ezimbini ze-atom kunye nobungqingqwa be-atom enye kuphela;

I-②graphine yiyona ndawo imbi kakhulu yehlabathi;

Ukuqhubela phambili kwe-thermal kungaphezulu kuneyona ye-carbon nanobi kunye needayimani, ukufikelela malunga ne-5 300W / m • k;

I-④graphene sisixhobo esinasona sikhulu sehlabathi, kuphela i-10-6ω • cm;

I-Electron Ukuhamba kwe-Electroni kubushushu begumbi kungaphezulu kuneyona ye-carbon nanobs okanye ikristali yaseSilicon, idlula i-15 000 cm2 s. Xa kuthelekiswa nezinto zesiko, igraphene inokuqhekeka kwimida yantlandlolo kwaye ibe yi-absorber esebenzayo yokufumana i-absorber yokufezekisa iimfuno ze-Absor. Izinto zamaza zineemfuno "ezinqabileyo, ezikhanyayo, zibanzi kwaye zomelele".

Ukuphuculwa kwe-electromagneting yokukhula nokusebenza kwempahla yezinto ezibonakalayo kuxhomekeka kumxholo wearhente ye-Arserbang, ukwenziwa kwe-Arhente yeArhente efunxayo kunye nokuhambelana nokuhambelana kakuhle kwendawo yokuthambisa. Igraphene inganeli kuphela imeko eyodwa emzimbeni kunye ne-emer ye-elec kunye ne-elektromagnetic, kodwa ineempawu ezintle ze-microwave. Emva kokuba idityaniswe nee-Nanopartics, uhlobo olutsha lwezinto ezinokufunyanwa zinokufunyanwa, ezineelahleko zombini kunye nelahleko. Kwaye inamathemba asebenza kakuhle kwicandelo le-electromagnetic hudd kunye ne-microwave.

Ngezixhobo eziphezulu ze-elektromagnetic ezixhaphakileyo ze-nano ezixhaphakileyo, zombini zifumaneka ngeHongwu Nano onesitayile kunye nomgangatho olungileyo.