• 合金化体的烧结保温时间门槛值

    There was a threshold time for the sintering of partial prealloyed saw segment.

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  • 烧结参数选取需综合考虑烧结温度保温时间

    The sintering parameter is determined by combing the sintering temperature and the maintaining time.

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  • 分析烧结温度烧结保温时间压坯密度影响

    Effect of sintering temperature and sintering holding time on green density was analyzed.

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  • 提高热处理温度增加热处理保温时间作用明显

    Heat treatment temperature influences more obviously on dissolution of acicular iron phase than heat treatment time.

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  • 研究升温速度保温时间介电压电性能影响

    The influences of heating rate and soaking time on piezoelectric and dielectric properties were also studied.

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  • 退火温度的升高保温时间增长,衍射峰增强

    The higher the annealed temperature and the longer the annealed time, the stronger the new diffraction peaks.

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  • 研究温度保温时间钎焊接头组织和性能影响

    The influence of brazing temperature and holding time on microstructure and tensile strength was studied.

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  • 易于操作提供条可设置加热曲线一段保温时间

    It is very easy to operate and offers one settable heating-up ramp and one holding time.

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  • 1 423K条件下针对保温时间进行一系列实验

    A series of experiments were performed at 1 423 K for different holding time.

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  • 结果表明不同淬火温度保温时间下形成不同的贝氏体形貌。

    The result indicates that under different quenching temperature and holding time, the formed bainite morphology are different.

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  • 研究烧结温度保温时间以及粘结剂荧光粉二次性能影响。

    The effects of baking temperature, holding time and binder on secondary luminescence properties of phosphor were systematically explored.

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  • 成型工艺参数包括冷却速度成型压力、成型温度保温时间

    The processing parameters of PEEK composites include cooling rate, forming pressure, forming temperature and the holding time in melt.

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  • 同时叙述了热压工艺包括温度压力保温时间等工艺参数选择

    The selection of technological parameters of hot-pressing including temperature, pressure and time are described.

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  • 采用装置浇注铸件进行快速冷却有效缩短了铸件的保温时间

    The casting after cast can be fast cooled by the device, the holding time of the casting can be effectively shortened.

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  • 研究粉末颗粒、合成温度保温时间气氛对合成产物氮含量的影响。

    The effects of particle size, synthesis temperature, holding time and flowing gas atmosphere were studied.

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  • 提高热处理的加热温度延长其保温时间,都有利于碳化物化。

    It is found that raising the temperature and prolonging soaking time of spheroidizing heat treatment promoting the spheroidization of carbides.

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  • 实验表明加热温度保温时间影响晶粒尺寸均匀性两个重要因素

    The results show that heating temperature and holding time are two important factors affecting the grain size and uniformity.

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  • 影响细化效果主要因素加热速度保温时间冷却速度循环次数

    The main factors that affect the grain refinement are heating and cooling rate, holding time and cycle index.

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  • 银行贷款限制买家保温时间买卖房屋税收政策等等就可以开始

    From restrictions on bank loans, buyers holding time, the sale of house tax policy, etc. can start.

    youdao

  • 研究保温时间气压烧结(GPS化硅陶瓷晶界力学性能影响

    The effect of holding time on intergranular phase and mechanical property of GPS silicon nitride ceramics was studied.

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  • 讨论相变区的加热速度、奥体化温度保温时间氏体晶粒影响

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

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  • 结果表明:随着保温时间适当延长,有效地降低复合材料的残余气孔率;

    The results show that lengthening holding time leads to the decrease of ultimate residual porosity.

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  • 研究了热处理温度保温时间GH4169合金晶粒长大规律硬度影响

    The effects of solid-solution temperature and holding time on the grain growth and hardness of GH4169 superalloy were investigated.

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  • 通过实船应用比较,软件计算的保温时间和实际保温时间最大误差13%。

    The application shows that the Max deviation of calculated heat preservation time is 13%.

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  • 研究锻造冷却速度T10等用球化退火加热温度保温时间影响

    The influences of cooling rate after the forge on the heating temperature and time of apheroidized annealing of steel T10 was studied.

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  • 探讨烧成温度保温时间成型压力工艺因素对于复合材料性能影响

    Effects of heating temperature and duration, shaping pressure etc. on the properties of this glass composite have been discussed.

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  • 研究时效温度保温时间时效硬化型超低碳显微组织硬度影响。

    The effects of the aging temperature and holding time on the microstructure and hardness of the ultra-low-carbon steel bearing copper were investigated.

    youdao

  • 研究时效温度保温时间时效硬化型超低碳显微组织硬度影响。

    The effects of the aging temperature and holding time on the microstructure and hardness of the ultra-low-carbon steel bearing copper were investigated.

    youdao

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