Grapheye fluoride poda
| Zvinhu | Unit | Index |
| (Cfx) n | wt.% | ≥99% |
| Fluorine zvemukati | wt.% | Yakagadzirirwa maererano nezvinodiwa nevatengi |
| Saizi saizi (D50) | μm | ≤15 |
| Kusviba kwesimbi | PPM | ≤100 |
| Layer nhamba | 10 ~ 20 | |
| Discharge plateau (discharge rate c / 10) | V | ≥2.8 (Simba-Type Fluorographite) |
| ≥2.6 (Energy-mhando fluorographicite) | ||
| Chairo chaicho (discharge rate c / 10) | mah / g | > 700 (simba-mhando fluorographi) |
| > 830 (Energy-mhando fluorographite) |
Grapheye fluoride podandiwo mhando matsva emhando yeGriphene inobva. Kuenzaniswa neGriphene, griyinated grapheni, kunyangwe maitiro ehutsinye ecarbon maatomu achichinjwa kubva SP2 kusvika SP3, inochengetedzawo chimiro cheLamellar cheGriphene. Naizvozvo, madhiri efaina haangove nenzvimbo huru yepamhepo seGripheini, sumo yeFluoline inoderedza kwazvo simba reGriphem. Kugona kwecorosion. Izvi zvakasarudzika zvemaGripheni griyunated griyunated muAnti-kupfeka, zvokurapa, nekuda kweiyo nguva yakareba, inoshandiswa muNanoelectronic zvishandiso, zvishandiso zvechiodza, uye zvishandiso zvehondo. Iyo munda ine ingano inogona kushandisa tarisiro. In addition, because the fluorinated graphene-based fluorocarbon material has a developed specific surface and pore structure, and the difference in fluorine content has an adjustable energy band structure, it has unique electrical conductivity and is used in lithium primary battery cathode materials. Iyo ine maitiro ezvakakura kusangana neyemagetsi uye nekukurumidza lithium ion kusiyana. Iyo Lithium yekutanga bhatiri uchishandisa griyined graphere seyakanaka zvinhu zvine zvakakwirira simba density, yakakwirira uye yakagadzikana yekudziya chikuva, uye yehupenyu hwakawandisa hwekutenderera, uye hupenyu hwakanyanya hwekuchengetedza. , Iyo ine application huru yekushandisa muEerospace uye yakakwirira-yekupedzisira minda.
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