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珠光体

na.【冶】pearlite; pearlyte
网络perlite; Ferrite & pearlite; pearlitic

珠光体

英-汉网络释义

珠光体

pearlite

tobo ... Cementite 渗碳体 Pearlite 珠光体 Tempering / Temper 回火 ...

perlite

风暴 - 歪酷博客 Ycool Blog ... peritectoid reaction 包析反应 perlite 珠光体 perlite structure 珠光体组织 ...

pearlyte

金属材料工程专业英语 - 豆丁网 ... pearlitic ferrite 珠光体型铁素体（即共析铁素体） pearlyte 珠光体 peat 泥煤、泥炭 ...

Ferrite & pearlite

...的α铁) 0.005%C 以上......铁素体与珠光体 (Ferrite & pearlite)混合组织 0.80%C......珠光体组织 0.80%C 以上......珠光体与渗...

pearlitic

(4) 珠光体( pearlitic) 铁素体和渗碳体二者组成的混合物。 (5) 莱氏体奥氏体和渗碳体的共晶混合物（机械混合）。

very fine pearlite

汽车专业英语词汇(8) ... ferrite 索氏体 very fine pearlite 珠光体 pearlite 渗氮剂 ...

PEARLIC

热处理专业英语词汇 - BRUCE的日志 - 网易博客 ... BANITIC ACICULAR 贝氏体针壮组织 PEARLIC 珠光体 ageing 老化处理 ...

例句：

Too low content of pearlite after heat treatment was the main reason causing the K-9cranks to be rejected .

9 曲拐质量不合格主要是由于热处理后，珠光体数量太少所引起。

and steel composed mostly of pearlite can be transformed into a hard steel .

基本由珠光体组成的钢能转化成硬质钢。

The microstructure of weld bead obtained by shielded metal arc welding are massive ferrite and a little pearlite , HAZ are lath bainitic.

手工电弧焊焊缝组织主要为块状铁素体和少量珠光体，热影响区组织为板条状贝氏体组织；

The relationship between the pearlite inter- lamellar spacing and deformed microstructure is also discussed.

同时对珠光体片层间距与变形组织的关系进行了分析讨论。

Formation of large quantities of the flake perlite is closely dependent on the extremely low cooling rate before and after wire-drawing.

大量粗片状珠光体的形成与吐丝前后的冷却速度过慢等因素有关。

It was found by experiments thatboron increased the growth rate of pearlite , both in hypoeutectoid and eutectoid steels.

硼有加速珠光体成长率的作用，无论在亚共析或共析钢中皆有同样的现象产生。

By spheroidizing, the lamellar pearlite can be transformed into nodular pearlite .

球化退火可使片状珠光体变成球状珠光体。

Pearlitic nodular rolls are obtained by adding alloy elements of Ni , Cr , Mo into the nodular cas iron and following special heat treatment.

珠光体球墨铸铁轧辊是在球墨铸铁中加入镍、铬、钼合金元素，经过特殊热片理得到珠光体球铁轧辊。

As the cooling rate increases , the pearlite transformation temperature gets lower.

由於冷却速度的增加，珠光体转变温度得到降低

It has been found that applied stress has significant influence on pearlite transformation .

发现外加应力对珠光体转变有显著影响。

At the last, the steps mechanism of pearlitic growing and some eutectoid structures of non Fe-C alloys are pointed out .

最后讲述了珠光体生长的台阶机制及一些非铁碳合金的共析组织。

The matrix is a kind of nodular troostite, where there were a large number of carbide particles precipitated .

基体为细小的珠光体组织，其中析出大量的原位碳化物颗粒。

Pearlitic transformation in steel is a typical diffusion eutectoid transition .

钢中珠光体转变属典型的扩散型共析转变。

This paper studies the process of heat treatment of particle pearlite malleable cast iron by the way of microstructure .

采用金相法研究了获得粒状珠光体可锻铸铁的热处理工艺。

Variety of deformation and change of pearlite under different temperatures has been photo ed by electron microscope .

借助电镜摄制了不同温度等条件下珠光体分解变化的情况。

Result : The dental non-precious alloys structure before casting was O's body+pearl 's body +carbonization.

结果：牙科用非贵金属高熔铸造合金铸造前的金相结构是奥氏体 +珠光体 +碳化物；

Microstructure of working layer in the barrel : pearlite or tempered sorbite .

辊身工作层金相组织为：珠光体或回火索氏体。

Ferrite (F ) zone, pearlite (P ) zone, bainite (B) zone and martensite(M) zone were found on both CCT diagrams.

两种 CCT 曲线上均有铁素体区（F ）、珠光体区（P ）、贝氏体区（B ）和马氏体区（M ）。

The results show that X80 pipeline steel obtains sorbite after quenching and tempering , gets pearlite by normalizing .

结果表明：X80 钢经调质处理后得到索氏体，正火得到珠光体。

When the cooling rate is low , the microstructure of the pipeline steel X80 is mainly polygonal ferrite and little pearlite.

低冷速下，管线钢 X80 的组织均为多边形铁素体外加少量的珠光体；

The ultra-fast cooling process contributes to good spheroidal effect of pearlite .

轴承钢超快冷却有助于珠光体获得更好的球化效果。

珠光体

珠光体