austenitizing
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美[]
- n. [机]奥氏体化
- v. 使……成奥氏体（austenitize 的 ing 形式）
双语例句
- 1. The influence of chemical composition on austenitizing temperature was introduced.
- 介绍化学成分对奥氏体化温度的影响。
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- 2. 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。
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- 3. 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。
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- 4. 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。
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- 5. 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。
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- 6. 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。
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- 7. 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；
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- 8. 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。
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- 9. 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。
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- 10. 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。
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- 11. 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。
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