Ka dib been-abuuriddaaweynta kulaylka eefoorjaro waaweynka dibbeen abuurashosamaynta, isla markiiba ka dib daaweynta kulaylka ayaa loo yaqaanka dib been-abuuriddaaweynta kulaylka. Ujeedadaka dib been-abuuridDaawaynta kulaylka ee foornada waaweyn waxay inta badan tahay in la iska saaro walbahaarka, dib-u-noolaynta hadhuudhka iyo fuuqbaxa isku mar.
1. Daawaynta dib-u-crystallization ka dib markii dhowr daawaynta recrystallization ee foornada waaweyn, sifaynta hadhuudhka, hagaajinta qaab-dhismeedka yar yar, horumarinta waxqabadka.
2. Dehydrogen annealing waxay yarayn doontaa hydrogen-ka ku jirabeen abuurashos in la xaddido nuxurka hydrogen ee hoose, oo ka dhig qaybinteeda lebis, si looga fogaado khatarta dhibco cadcad, hydrogen ebrittlement.

Solubility iyo faafinta iskudarka hydrogen ee wajiga 7 iyo wajiga A way kala duwan yihiin, gaar ahaan milanka hooseeya iyo iskudarka faafinta weyn ee hydrogen ee wajiga A, taas oo ka dhigaysa hydrogen si joogto ah u faafiso dibadda inta lagu jiro habka nuugista. Fuuq-baxa annealing ayaa inta badan lagu daraa recrystalization. Heerkulka fuuq-baxa annealing caadi ahaan waa 650 ℃. Ka dib marka la nadiifiyo, waa in loo qaboojiyaa si tartiib ah intii suurtagal ah si looga hortago walaaca gudaha ee cusub. Qaboojinta guud waxaa loo qaybiyaa laba marxaladood: kor ku xusan 400 ℃, sababtoo ah caag wanaagsan ee birta, stress gudaha ma fududa in la sameeyo, si qaboojinta noqon kartaa dhakhso; Ka hooseeya 400 ℃, heerka qaboojinta ayaa hoos u dhici doonta. Forgings leh walxo daawaha badan iyo shuruudaha waxqabadka sare, mid ama xitaa dhowr recrystalization daaweynta kulaylka ayaa loo baahan yahay ka dib markii been abuur ah, si loo hagaajiyo qaab-dhismeedka iyo waxqabadka forgings.