Lithium hexafluorophosphate Cas: 21324-40-3 budo cad
Lambarka buugaagta | XD90813 |
Magaca Alaabta | Lithium hexafluorophosphate |
CAS | 21324-40-3 |
Qaanuunka molecular | F6LiP |
Miisaanka Molecular | 151.91 |
Faahfaahinta Kaydinta | Heerkulka qolka |
Xeerka Tarifka La Iswaafajiyay | 28269020 |
Tilmaamaha Alaabta
Muuqashada | budo cad |
Qiimayn | 99% |
Dxasadnimo | 1.5 |
barta dhalaalaysa | 200 ℃ (diseembar) |
Barta toosan | 25 °C |
PSA | 13.59000 |
logP | 3.38240 |
Nanomaterial-ka kaarboonka hydrogenated ayaa muujinaya faa'iidooyin badan oo labadaba makaanik iyo kiimiko kiimikaad, oo sidaas awgeed waxay leeyihiin codsiyo ballaaran oo suurtagal ah.Si kastaba ha noqotee, hababka lagu xakameynayo hydrogenation-ka iyo saameynta hydrogenation-ka ee qaab-dhismeedka yar-yar iyo sifooyinka nanomaterials-ka la soo saaray ayaa dhif ah la darsay.Halkan waxaan ku soo gudbineynaa isku-dhafka kaarboon nanospheres hydrogenated (HCNSs) oo leh heerar kala duwan oo hydrogenation ah iyadoo la adeegsanayo habka fudud ee solvothermal, kaas oo C2H3Cl3/C2H4Cl2 loo isticmaalay sidii hore ee kaarboonka iyo potassium sida soo-dejinta.Heerarka hydrogenation ee nanospheres la helay waxay ku xiran tahay heerkulka falcelinta iyo heerkulka sare wuxuu keenaa hydrogenation hoose sababtoo ah xaqiiqda ah in jebinta bonds CH ay u baahan tahay tamar dibadda ah oo dheeraad ah.Heerkulka falcelintu waxa kale oo uu saameeyaa dhexroorka HCNS-yada waxaana lagu soo saaraa qaybo waaweyn heerkul sare.Waxa ka sii muhiimsan, cabbirka iyo heerka hydrogenation-ka ayaa labaduba ah qodobbada muhiimka ah ee lagu ogaanayo baabi'inta sifooyinka korantada ee HCNS-yada.Nanospheres-ka lagu sameeyay 100 °C waxay leeyihiin cabbir ka yar iyo darajo hydrogenation sare waxayna muujinayaan awoodda 821 mA hg (-1) ka dib wareegyada 50, taas oo aad uga sareysa tan HCNS ee lagu soo saaro 150 °C (450 mA hg). (-1)).Daraasaddeenu waxay furaysaa hab suurtogal ah oo lagu helo agabka anode-ka ee waxqabadka sare leh ee baytariyada lithium-ion ee dib loo dallaci karo.