Hydrogen ayaa soo jiidatay dareen badan sababtoo ah kheyraadkeeda badan, dib loo cusboonaysiin karo, waxtarka kulaylka oo sarreeya, wasakh la'aanta iyo sii deynta kaarboon-la'aanta.Furaha kor u qaadida tamarta hydrogen waxay ku jirtaa sida loo kaydiyo hydrogen.
Halkan waxaan ku ururinay xoogaa macluumaad ah oo ku saabsan alaabta kaydinta hydrogen nano sida hoos ku qoran:
1.The ugu horeysay ee la helay biraha palladium, 1 mugga palladium wuxuu milmi karaa boqollaal mug oo hydrogen ah, laakiin palladium waa qaali, oo aan lahayn qiimo wax ku ool ah.
2.The kala duwan ee qalabka kaydinta hydrogen ayaa sii kordheysa ballaarinta in alloys of biraha kala guurka.Tusaale ahaan, xeryahooda bismuth nikkel intermetallic waxay leeyihiin hantida nuugista dib loo celin karo iyo sii deynta hydrogen:
Garaam kasta oo bismuth nickel alloy ah wuxuu kaydin karaa 0.157 litir oo hydrogen ah, kaas oo dib loo sii dayn karo iyada oo la kululeeyo wax yar.LaNi5 waa alloy ku salaysan nikkel.Daawaha birta ku salaysan waxaa loo isticmaali karaa sida wax lagu kaydiyo haydaroojiin oo leh TiFe, waxayna nuugi kartaa oo kaydin kartaa 0.18 litir oo hydrogen ah garaamkii TiFe.Alaabooyinka kale ee magnesium-ku-saleysan, sida Mg2Cu, Mg2Ni, iwm, waa kuwo raqiis ah.
3.Kaarboon nanotubeswaxay leeyihiin habdhaqan kuleyl wanaagsan, degganaansho kulayl iyo sifooyin nuugista hydrogen aad u fiican.Waxay yihiin waxyaabo lagu daro oo wanaagsan oo loogu talagalay alaabta kaydinta hydrogen ee ku salaysan Mg.
Kaarboon nanotubes kaarboon hal gidaar ah (SWCNTS)Hayso codsi rajo leh oo ku saabsan horumarinta agabka kaydinta hydrogen ee hoos yimaada xeeladaha tamarta cusub.Natiijooyinku waxay muujinayaan in heerka ugu sarreeya ee hydrogenation ee kaarboon nanotubes ay ku xiran tahay dhexroorka nanotubes kaarboon.
Hal- gidaar kaarboon nanotube-hydrogen oo isku dhafan oo leh dhexroor qiyaastii 2 nm, heerka hydrogenation ee kaarboon nanotube-hydrogen ka kooban yahay ku dhawaad 100% iyo awoodda kaydinta hydrogen ee miisaanku waa in ka badan 7% iyada oo loo marayo samaynta kaarboon dib loo rogi karo- hydrogen bonds, oo waxay ku xasilloon tahay heerkulka qolka.
Waqtiga boostada: Jul-26-2021