-Endizeni i-thermal conductivity ifinyelela ku-1000–2000 W/(m·K), okudlula kude izinto ezivamile.
Roll-ukuze{1}}ukunikezela ngobude obungenziwa ngokwezifiso-bokukhiqiza okukhulu.
Isekela ukufa okunembile{0}}ukusikwa komumo wedivayisi ohlukahlukene.
Okuncane kakhulu-okuncane (10–300 μm) ngaphandle kokwengeza ukujiya kwedivayisi.
Iguquguquka kakhulu, ibekezelela ukugoba okungaphezulu kuka-100,000.
Idizayini engasindi awengezi umthwalo owengeziwe emikhiqizweni.
Ibanga lokusebenza elibanzi (-40℃kuya ku-200 degree) ezindaweni eziyingozi kakhulu.
Ayikho i-EMI, eqinisekisa ukudluliswa kwesignali ehlanzekile.
Eco{{0}enobungane,{1}engenabo ubuthi, futhi iyathobelana namazinga e-RoHS.
Isicelo
Le filimu ye-graphene thermal conductive isetshenziswa kabanzi{{0}kumadivayisi kagesi anamandla aphezulu, okuhlanganisa ama-smartphone, amakhompyutha aphathekayo, amathebulethi, izinto zikagesi ezigqokekayo, namadivayisi agoqekayo. Kuhle futhi ekulawuleni ukushisa ezimotweni zamandla amasha, imishini yokuxhumana ye-5G, amamojula webhethri, amaseva e-AI, nezinye izinhlelo zokusebenza ezithuthukisiwe zezimboni.
- Ama-Smartphones, amaphilisi, namalaptop
- Izinto zikagesi ezigoqekayo nezigobile
- Izinto zikagesi ezigqokekayo
- {0}Ama-chips aphezulu kanye namamojula we-semiconductor
- Iziteshi eziyisisekelo ze-5G kanye nemishini yokuxhumana
- Amandla kagesi kanye nemishini yokulawula yezimboni
- Ukukhanyisa kwe-LED namamojula wokubonisa
Amashadi ashisayo: ukushisa kwe-graphene emnyama-ifilimu eqhubayo yokuphathwa kokushisa kwedivayisi ye-elekthronikhi, ukushisa kwe-graphene emnyama yase-China{1}}ifilimu eqhubayo yabakhiqizi bokuphathwa kokushisa kwedivayisi ye-elekthronikhi, abahlinzeki, imboni
