Silicon nanoparticlesKayan kayan da ake ganin suna da begen masana'antar manyan abubuwa saboda yawan adadin garkensu da kuma ikon yin amfani da zane-zane na lithium. Koyaya, Silicon barbashi suna faɗaɗa kuma kwangila lokacin sha da sakin ions na lithium, kuma ana iya karye bayan an maimaita coatcles.

Kungiyoyin Jillian Burtaniya, mai kamshi a Jami'ar Alberta a Kanada, ya samo cewa silicon a cikin barbashi na nan-samawa suna taimakawa hana shi daga watse. Binciken ya gwada girman silicon daban-daban na silicon nanoparticles da kuma ƙaddara girman girman zai zama don kara girman fa'idodin silicon yayin rage yawan kasawar sa.

An rarraba su a matsayinsu na farko da aka shirya carbon da aka yi da diamifa mai narkewa don ramawa ga ƙananan silicon. Sun gano cewa ƙananan barbashi (biliyan ɗaya kawai na mita a diamita) ya nuna mafi kyawun kwanciyar hankali bayan cajin da yawa da fitarwa. Wannan yana lalata da iyakancewar silicon a cikin baturan almara na Lithium. Wannan gano na iya haifar da sabon ƙarni na batir waɗanda ke da sau 10 iko fiye da batura na ilimin zamani na silicon-Ion batura Lithium

Wannan binciken yana da babban cigaba na aikace-aikace, musamman a fagen motocin lantarki, wanda zai iya sa balaguron tafiya, yana ɗaukar sauri, kuma batirin yana da sauƙi, kuma batirin yana da sauƙi, kuma batirin yana da sauƙi, kuma batirin yana da sauƙi, kuma batirin yana da sauƙi. Mataki na gaba shine haɓaka mafi sauri, hanyar rahusa don yin silicon nanoparticles, sa su sauƙin amfani a masana'antu masana'antu.

Guangzhou Hongwu Fasahar FasahaSilikiTare da girman 30-50-100nm, 80-100nm, 99.9%, siliconicles na 2-200nm, 300-500nm, 300-500nm, 300-500nm, 39-500nm, 39-500nm, 39.9) 99.9%. Kananan oda ga masu bincike da yawa ga kungiyoyin masana'antu.

If you’re interested in silicon nanoparticles, not hesitate to contact us at sales@hwnanoparticles.com.