DELICTIMPost extinguendas, Martensite et retenta austenite est inconstans, habent spontanea organizationem transmutatio trend ad stabilitatem, ut ad supersaturated ipsum in martensite et non-inutiles, ut tempering temperatio est in non-processibus, ut ad temperandum est in aquis in non-in non-ad temperandum, quod est in Aequilibrium in Aquilibrium et in Aquilibrium in Aquilibrium et in Aquilibrium est in Migratio est in Aquilibrium Migratio est, ut in afficit in ATOMIC Migratio est, ut in ATOMIC MIGRATIO et DIFFIUS Hic auctoritas cum complebitur ignis temperatus altius, quod citius diffusio velocitas; contra cum augmentum temperatio temperatus, quod extinguat structuram remittendi et subire seriem. Secundum statum microstructure mutatio, temperatio est plerumque dividitur in quattuor gradus: Martensite Decomposition, RELICTUM Austenite corrumpitur, carbide cumulus incrementum et ferrite recrymingtallization.
Primum scaena (CC)
(I) fusilistemperatio martensite corrumpitur sub LXXX temperatus tempering, extinguat ferro sine Ming s organization transmutatione, in occursus carbonis in martensite tantum partle, et in carboni, reductioni in hoc scaena, debitum ad low temperies, Martensitin Supersaturated Carbon Atoms, ita etiam carbonis in a - Fe supersaturated solidus solidi praecipitatio de ipso fine carbide uniformiter distribuit in matricem martensei. Missi structuram humilis saturationum martensite et ipsum ipsum carbide dicitur temperari martensite.

(II)fusilistempering in the second stage (200-300), the residual austenite decomposition when the temperature rose to 200-300, the decomposition of martensite continued, but the dominant change is residual austenite decomposition of the residual austenite decomposition was through the expansion of carbon atoms to form a partial area, and then decomposed into alpha phase and the mixture of carbide organization, namely the formation of Bainite ferro duritiam non manifesto diminutio ad hoc scaena
(III)In tertia scaena (250-400) carbide transformationem fabminis temperatio est in hoc temperatus range. Ob altum temperatus, carbonis atom diffusio facultatem est fortior, diffusio facultatem ad recuperet ferrum atoms etiam, Martensite decompositione transitus et transformationem in carbidum et RELICTUM Austenite DECOMPATIONEM MISSUS carbidae et RELICIUM Austenite DECOMPATIONE ET MISSUS FRUTICE, Martense Missam et Missam, Martensite Transformation Ferritei, Ferric matrix distribution in parva granuloso vel lamellar cemor est organization, organizationem vocavit ingenium basically eliminated hoc tempus austenite extinguitur accentus, duritia, plasticity lenta erat melius

(IV)The fourth stage of forging tempering (& GT;400) grew up carbide gathered and recrystallization of ferrite due to tempering temperature is very high, carbon and iron atoms have strong ability of proliferation, the third phase formation of cementite flakes will continuously spheroidizing and grew up in more than 500-600, alpha recrystallization occurs gradually, lose ferrite morphology of the original plate strip aut sheet, et forma polygoni grano distribution in organization ut a matrix granuloso carbides, coetus vocavit ingenio Sorbite temperari Sorbite cum bonum comprehensive mechanica internum accentus.

(Ex CLXVIII Forging rete)