焼入れによって得られたマルテンサイトは、α鉄に多量のＣが固溶したもので

焼入れによって得られたマルテンサイトは、α鉄に多量のＣが固溶したもので、硬くてもろい性質がある。これを粘い性質にするために、Ｃを吐き出させる必要がある。約４００℃に加熱（焼戻し）すると、硬いマルテンサイトからＦｅ３Ｃの形でＣを吐き出す。この組織がトルースタイトです。フェライトとセメンタイトの混合組織で、マルテンサイトに次ぐ硬さである。ばね性もありますが、さびやすいのが欠点です。フランスのトルーストによって発見された。

ผลลัพธ์ (อังกฤษ) 1:

Is obtained from quenched martensite in α-iron c plenty of solid containning a hard and brittle nature. You need to spew sticky nature for it to C. At 400 ° C and heating (tempering), from the hard martensite spit out C in the form of Fe3C. This organization is willemite. In hardness in the mixed structure of ferrite and cementite, Martensitic. Spring drawback is that there are also apt to rust. Discovered by France Troost.

ผลลัพธ์ (อังกฤษ) 2:

Martensite obtained by quenching, and in which a large amount of C is dissolved in the α iron, there are brittle and hard and. To do this the gummy nature, it is necessary to eject C. Heated to about 400 ℃ (tempering) Then, it spits the C in the form of Fe3C from hard martensite. This organization is troostite. A mixed structure of ferrite and cementite, a hardness second only to martensite. There is also a spring, but it is easy to rust shortcomings. It was discovered by Torusuto of France.

ผลลัพธ์ (อังกฤษ) 3:

Martensite obtained by quenching, a large amount of C solid solution with α - iron, hard and brittle properties. To do this, it is necessary to C having properties that are discharged. Heated to about 400. Degree. C. (out), in the form of C Fe 3 C from hard martensite. This troostite tissue. In the ferrite and cementite microstructure, hardness to martensite. The spring is easy to rust and faults.True strike in France found by.