英语释义

1. to produce austenite of (a ferrous alloy) by heating above the transformation temperature

片语

austenitizing time[机]

partial austenitizing部分奥氏体化

complete austenitizing完全奥氏体化

austenitizing stato奥氏体状态

optimum austenitizing最佳奥氏体化

progressive austenitizing逐级等温淬火

austenitizing state奥氏体状态

austenitizing process奥氏体化过程

austenitizing temperature[机] 奥氏体化温度

英汉例句

• The austenitizing of metallographic microstructure is severe at continuous welding.

  连续焊时得到的金相组织严重奥氏体化。

• The results show that the range of austenitizing temperature required for bainite hardening and the hardness of bainite ductile cast iron is increased as vanadium is added.

  研究结果表明，钒使贝氏体转变所要求的奥氏体化温度范围增大，并使贝氏体球铁的硬度提高。

• During the austenitizing treatment process of heated, adding cerium into steel contained tin could make grain size small, and moreover, it could make the trend of grain size growing up slow.

  试样经奥氏体区高温处理后，铈的添加细化含锡钢的奥氏体晶粒，并且使晶粒长大趋势变慢。

• Spheroidal austenite and acicular austenite can be seen during the austenitizing courses at low speed.

  慢速加热奥氏体化过程中，观察到球状奥氏体和针状奥氏体。

• The relationship between the boron hardenability factor and the equilibrium segregation of boron to grain boundary, the composition of steel, the austenitizing temperature, grain size was studied.

  研究了硼淬透性因子与硼的晶界平衡集聚规律、钢的成分、奥氏体化温度及晶粒尺寸的关系。建立了硼的晶界平衡集聚方程。

• When austenitizing temperature is higher than a critical temperature, full lath martensite can be obtained in medium and high carbon steel.

  钢的含碳量越高，获得全部板条马氏体的临界奥氏体温度越高。

• The results show that, the presence of twinning martensite should be attributed to alloying elements addition in steel, and the austenitizing temperature, and cooling rate are not important factors.

  结果表明，各状态试样组织中孪晶的出现，淬火温度、冷却速度的影响是次要的，与合金中的合金元素镍、铬、铜有更密切的关系。

• The austenitizing temperature was raised by addition of RE and low melting-point alloy which were the elements of strongly promoting and stabilizing the pearlite.

  同时稀土与低熔点合金元素的加入，是强烈促进珠光体的元素，具有稳定珠光体的作用，提高了奥氏体化温度；

• Experiment results showed that the uneven factor was closely relevant to composition, original microstructure and austenitizing processes of the steels.

  试验结果表明，不均匀因子与材料成分、原始组织及加热工艺密切相关。

• The influence of the rate of heating at phase transformation region, temperature of austenitizing and holding time on the austenite grains are studied.

  讨论了在相变区的加热速度、奥氏体化温度及保温时间对奥氏体晶粒的影响。