- 更多网络例句与析出硬化相关的网络例句 [注：此内容来源于网络，仅供参考]
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In the duplex steels χ-phase is a good strengthener, manifesting pronounced hardening effect at elevated temperature.
在所研究的两种复相不锈钢中，都观察到有由于x相析出所引起的沉淀硬化现象。
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This welding wire not only has the inherent properties of metal powder-cored wire, such as with better welding quality, without slag, highly efficiency and conveniently adjusting the alloying elements etc., but also has the advantage of low hardness in as-welded (less than HRC45), good machinability, high hardness in as-aged (more than HRC55) and better wear resistance with customary working procedure on making or repairing equipments such as rollers when reasonable designing the alloys content. The author adequately makes use of the high-tempering in the required stress relieving working procedure. During this working procedure, which causes the hardness of overlaying metal increased by the reason of austenite changes into tempered martensite and more chiefly what is the precipitation of a lot of carbide by secondary hardening simultaneously. This wire can solve the hard rolled problems of some solid wires with higher alloys while it can get over the conflict of existing overlaying materials what are always possesed high hardness with poor machinability or low hardness, good machinability with poor wear resistance. Further, it also can overcome the intenerating phenomena between welding beads and make the external hardness of overlaying metal uniform. Be sure it could be found important meaning in the overlaying of wear-resistant equipments, such as the precise roller.
该焊丝除了具有金属粉型药芯焊丝焊接质量好、无渣、高效率和合金成分可方便调节等固有的优点外，合理的设计粉芯中的合金成分，按通常工序制造与修复轧辊等设备，充分利用必需的消除应力工序的高温回火，堆焊层金属在奥氏体转变为回火马氏体的同时更主要是通过二次硬化析出了大量碳化物导致硬度增加，使得该焊丝还具有焊态硬度低(小于HRC45)、机加工性能好和时效态硬度高(大于HRC55)、耐磨性能好等优点，解决了某些高合金实芯焊丝轧制困难的问题，同时克服了现行堆焊材料硬度高、加工性能差或者硬度低、加工性能好、耐磨性差的矛盾，并能克服焊道之间的软化现象，使堆焊表面硬度较为均匀，对耐磨件，譬如精轧辊的堆焊具有重要意义。
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Along with the course of precipitations its morphology changed and the mechanical properties of AZ91HP were also changed and shown obvious precipitation hardening.
伴随着β-Al12Mg17相的析出与形态转变过程，AZ91HP性能也随之变化，显示了明显的时效硬化特征。
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An in-situ precipitation hardening effect was also found to be partially responsible for the cyclic hardening in Condition A at 400oC.
其中即时的析出强化效应亦是造成Condition A於400oC下循环硬化的原因之一。
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The influence of secondary carbides precipitation and transformation on hardening behavior of a 14Cr-1Mo-1.5V cast iron in sub-critical treatment was studied using optical microscope, transmission electron microscopy and X-ray diffraction.
为了揭示高铬耐磨铸铁硬化的微观机制，提高其使用性能，采用光学显微镜、透射电镜和X射线衍射研究15Cr-1Mo-1.5V高铬铸铁中二次碳化物的析出和转变对其亚临界处理硬化行为的影响。
- 更多网络解释与析出硬化相关的网络解释 [注：此内容来源于网络，仅供参考]
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artificial aging：人工时效
需要在稍高於室温的条件下进行者称为人工时效(artificial aging),一般以T6表示其鍊度. 人工时效主要是要使析出硬化作用能在合理的期间内完成,因为时效温度愈高达到最大硬度的时间愈短,唯所获得的硬度愈低,如图4所示. 时效时间太长时,
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precipitation hardening：析出硬化
precipitation 析出 | precipitation hardening 析出硬化 | press quenching 加压硬化
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precipitation hardening：析出硬化;沈澱硬化
precipitation effectiveness 降水有效度 | precipitation hardening 析出硬化;沈澱硬化 | precipitation interference 水氣靜電干擾
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structural iron：结构型铁,结构钢
structural hardening 结构淬火,析出硬化 | structural iron 结构型铁,结构钢 | structural isomer 结构同分异构体
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silico ferrite：硅肥粒铁
析出硬化 precipitation hardening | 硅肥粒铁 silico ferrite | 硅肺病,石米沉着病 silicosis
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Maraging Steel：马氏体时效钢
[简介]马氏体时效钢(maraging steel)以无碳(或 微碳)马氏体为基体的,时效时能产生金属间化合物沉淀硬化的超高强度钢. 与传统高强度钢不同,它不用碳 而靠金属间化合物的弥散析出来强化. 这使其具有一 些独特的性能:高强韧性,低硬化指数,
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precipitation hardening stainless steel：沉淀硬化不锈钢
沉淀硬化不锈钢 (precipitation hardening stainless steel) 在不锈钢化学成分的基础上添加不同类型、数量的强化元素,通过沉淀硬化过程析出不同类型和数量的碳化物、氮化物、碳氮化物和金属间化合物,既提高钢的强度又保持足够的韧性的一类高强度不锈钢,
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precipitation hardening type magnet：沉淀硬化型磁铁
precipitation hardening ==> 析出硬化 | precipitation hardening type magnet ==> 沉淀硬化型磁铁 | precipitation heat ==> 沉淀热