温压

wēn yā
  • Temperature and pressure;warm-pressing
温压温压
温压[wēn yā]
  1. 地层温压条件下CO2密度测井响应值研究

    Value of CO_2 Density Logging under Formation Conditions

  2. 基于专家PID控制和COM技术的计算机分布式温压测控系统

    Distributed temperature-pressure measurement and control system based on expert PID control theory and COM technology

  3. 在DCS中实现蒸汽流量测量温压补偿的途径和方法

    Configuration Approach Method for Realizing Steam Flux Measurement with Temperature and Pressure Compensation in DCS

  4. 下地幔温压下(Mg,Fe)SiO3钙钛矿的相稳定性

    Stability of ( Mg , Fe ) SiO_3-Perovskite under the Condition of Lower Mantle Pressure and Temperature

  5. 基于HART协议的温压补偿型涡街流量计的设计

    Design of vortex flowmeter with temperature and pressure compensation based on HART protocol

  6. 作者采用薄片、扫描电镜及X衍射诸手段对煤系及煤层的变质变形特征进行了系统的研究,确定了煤变质作用发生的时间,变质作用类型和变质作用温压条件;

    The metamorphism characteristics and deformation characteristics of coal measure and coal beds have been studied systematically from thin section , SEM and X-ray diffraction analysis .

  7. 加热模块的控制选用TMA-7412Z型智能双数显调节仪,压机模块采用普通粉末压机的控制方式,送料模块及整个温压系统的控制采用PLC。

    The press module is controlled as that of a conventional powder press . The powder feeding module and the heating system are controlled by a PLC .

  8. 宽广温压范围内纯流体pVT性质的预测

    Predictions of PVT properties of pure fluids in great temperature and pressure ranges

  9. 温压工艺对Cu-Ni烧结体组织和性能的影响

    Influence of warm compaction process on structure and property of Cu-Ni sinter

  10. Marc对温压模具进行热场分析,模拟了模具的温度场状况。

    Marc . are used to analyze the thermal field and simulate the temperature field of the mold .

  11. 研究了温压工艺对316L不锈钢粉末的生坯性能和烧结性能的影响。

    Effects of warm compaction on the green and sintered properties of 316L stainless powder are studied .

  12. 316L不锈钢粉末温压与模壁润滑的高密度成形

    High density compaction of sta in less steel 316L powders through warm compaction and die wall lubrication

  13. 这种带有HART协议的温压补偿型涡街流量计在国内必将具有良好的应用前景。

    The intelligent vortex flowmeter with temperature and pressure compensation which accords with HART protocol must have a widely applying space .

  14. 最后,本文重点介绍了基于ⅡC总线配置喷头参数和油墨温压曲线的软硬件设计过程,实现了主控制系统对多个喷头的高效管理和精确控制。

    At last , this paper introduces the hardware and software design process which about nozzle parameters and T-V configuration based on the ⅱ C , and realizes that the main control system effectively manage and control multiple nozzle .

  15. 结果表明,PS的加入可以明显提高铜粉温压压坯的致密化程度,提高压坯的相对密度;同时温压压坯致密化还同温压温度有关;

    The results have shown that warm compaction can obviously improve the densification of the compacts and the processing parameters also have a great influence on the densification .

  16. 在温压中(110℃)EBS蜡粉比室温下表现出更好的润滑性;

    Lubricant performance of EBS wax becomes better in warm compaction ( 110 ℃) than in cold compaction .

  17. 本文引入天然气压缩系数Z,对理想气体状态方程进行修正,提高了流量计温压补偿的准确性。

    The natural gas compres - sion factor Z is introduced to modify the perfect gas equation and increase the accuracy of the temperature and pressure compensation for the flow meter .

  18. Q.在火山地面以下的地方安置温压弹或者核弹,能够阻止火山爆发吗?

    Q. Would it be possible to stop a volcanoeruption by placing a bomb ( thermobaric or nuclear ) underneath the surface ?

  19. 实验结果表明:与冷压成形相比,温压能够明显提高W-Cu粉末压坯的密度和强度。

    The results show that warm compaction effectively increases the green density and green strength of W-Cu compacts .

  20. 运用红外热成像仪分别测量了不同质量的温压药剂和TNT爆炸火球的表面温度。

    Using the infrared thermal image instrument , the blasting fireball ′ s temperature of thermobaric explosive with different mass and TNT were measured .

  21. 研究316L不锈钢的温压行为,分析温压工艺参数对压坯密度的影响。

    Warm compaction behavior of316L stainless steel was investigated , influences of processing parameters of warm compaction on green density of316L stainless steel were studied .

  22. 首先分析了孔底冷冻取样器的特点:然后在对CO2温压特性分析的基础上,研究了孔底冷冻取样器的孔底冷冻方式。

    Firstly , the characteristics of the FCS is analyzed based on the analysis of cot characteristics of temperature and pressure , the freezing way of the FCS in the bottom of the hole is also analyzed .

  23. 试验结果表明:温压工艺能够较大幅度地提高316L不锈钢粉末的生坯密度和生坯强度,也能提高其烧结后的密度和抗拉强度。

    Results show that warm compaction can improve the green density and strength of 316L powder greatly and improve its sintered density and tensile strength as well .

  24. 粉末冶金温压工艺制备Fe-Cu-C材料

    Preparation of Fe-Cu-C Powder Metallurgy Material by Warm Compaction

  25. 采用温压原位反应法制备C/C-SiC复合材料,研究了SiC、石墨和树脂炭成分对C/C-SiC材料摩擦磨损行为的影响及其机理。

    C / C-SiC composites were fabricated by warm compacted-in situ reacted process , and the effect and mechanism of SiC , graphite and resin carbon on friction and wear behaviors of C / C-SiC composites were investigated .

  26. 天然气水合物的存在需要严格的温压条件,因此主要分布于水深大于300~500m的海洋沉积物和陆地永久冻土带内。

    Gas Hydrate can only exist in strict temperature and pressure condition such as marine sediment located in more than 300 ~ 500m below seawater and permafrost area .

  27. 含Fe-Mo-B预合金粉铁基合金的温压成形与液相烧结

    Warm compacting and sinter hardening behavior of an iron-based alloy consisting Fe-Mo-B pre-alloyed powder

  28. 为了研究含气地层对地震波传播的影响,在地层温压条件下,用超声波测试了长庆油田苏里格气田砂岩样品在不同饱和度下的纵、横波速度和衰减Q值。

    To study the influence of the gas saturata to seismic wave propagation , at the temperature and pressure of stratum , the velocity and attenuation Q of primary and share waves in Changqing sandstone samples are measured under different saturation degrees by ultrasonic .

  29. 以CENTUMCS3000系统为例,介绍了运用DCS的功能模块实现用温压补偿法精确测量气体流量的原理。

    Usingthe CENTUM CS3000 system as an example , this paper describes how DCS modules are used to realize temperature and pressure compensation to precisely measure gas flows .

  30. 变质温压条件为560℃±、300MPa±。

    The metamorphic temperature and pressure are 560 ℃± and 300 Mpa ± respectively .