强化效应

  • 网络reinforcement effect;reinforcing effect
强化效应强化效应
  1. 通常,你在这些情境中无意的行为,会产生部分强化效应。

    And so typically , what you 're doing inadvertently in those situations is you 're exploiting the partial reinforcement effect .

  2. Ti膜的离子注入表面强化效应研究

    Study on the Ti film strengthened by ion implantation

  3. 蚯蚓对PAHs污染土壤植物修复的强化效应研究

    The Enhancement Effects of Earthworms on Phytoremediation of PAHs-polluted Soils

  4. 超声对超临界CO2反相微乳萃取的强化效应可能归因于超声的机械波动效应和热效应。

    The effect of ultrasound in supercritical CO_2 reverse microemulsions may be attributed to mechanical fluctuant and thermal effects .

  5. 利用高温应力法研究Ti含量和冷却速度对中碳微合金化钢沉淀强化效应的影响

    Influence of Ti content and cooling rate on precipitation strengthening effect in medium Mn-V microalloyed steels by a high temperature stress method

  6. 随着温度的升高,出现了模量E、屈服强度σs和抗拉强度σb的应变率强化效应和温度弱化效应;

    When the temperature increases , strain-rate-hardening and temperature-softening effects come into evident on the modules E , the yield stress σ _s and the tensile strength σ _b .

  7. 大原子半径的元素Mg进入γ′相,显著改变γ′对合金的强化效应。

    Magnesium in γ ' - phase , with its larger radius of atom , markedly changes the strengthening effect of γ ' in the alloy .

  8. PMS镜面钢超塑成形强化效应

    Superplastic Strengthening Effect of PMS Steel of Mirror

  9. Cu-Ag合金原位纤维复合材料的应变强化效应

    Strain strengthening of Cu-Ag alloy in situ filamentary composites

  10. 本文研究了时效对2090铝锂合金外强化效应的影响机制以及Ce的微合金化机理。

    In this paper , the influence mechanism of aging on extrinsic strengthening effect for Al-Li alloy 2090 was researched , and the mechanism of Ce microalloying was explored .

  11. Al-Zn-Mg-Cu系合金中ZrAl3质点的强化效应

    Zral_3 particle hardening in Al-Zn-Mg-Cu alloy

  12. 并估算了Ti(CN)的沉淀强化效应,它也随冷却速率的大小而变化。

    The effect of Ti ( CN ) precipitation strengthening , σ p ( N / mm2 ), has been calculated . It was found that the σ p varies with cooling rate too .

  13. 结果表明:X60管线钢拉伸变形表现出显著的应变强化效应,但塑性降低;

    The pre-straining had apparent straining hardening effects , but decreased the plasticity of pipeline steel .

  14. Fe-C-Si-Mn合金中的网状组织及其强化效应

    Network Structure and Its Strengthening for Fe-C-Si-Mn Alloys

  15. 电弧喷涂Zn-Al-Cu伪合金涂层形变强化效应研究

    Effects of deformation strengthening on arc-sprayed pseudo-alloy coating

  16. 利用扫描电子显微镜(SEM)对电化学刻蚀多孔InP的形貌进行了表征,用耗尽层模型和场强化效应模型讨论了多孔InP刻蚀的机制。

    Porous InP is prepared by electrochemical etching , which is characterized using scanning electron microscopy ( SEM ) . The etching mechanism of porous InP is discussed with the model of the depletion layer and the field enhancement effect .

  17. 穴位体表电刺激对术后PCEA的强化效应目的:利用单发佐剂关节炎大鼠作为慢性痛动物模型,在不同部位给予不同频率的穴位体表电刺激(TENS)治疗,观察疗效的部位特异性。

    Observation of transcutaneous electric nerve stimulation on the effects of postoperative analgesia with PCEA Objective : To investigate the site and frequency dependency of transcutaneous electric nerve stimulation ( TENS ) in treating adjuvant monoarthritis in rats .

  18. 结果表明,置氢TC4钛合金具有较强的热软化效应,而应变率强化效应则相对较弱。

    The experimental results indicate that all hydrogenated titanium alloy TC4 specimens exhibit a distinct heat softening effect , but that the strain rate hardening effect is comparatively weak .

  19. 考察了各种多官能团单体对丁二烯-苯乙烯共聚物(SBR)辐射交联的强化效应,发现A-TMMT四羟甲基甲烷四丙烯酸酯)在降低SBR辐射交联必要剂量方面效果显著。

    The efficiency of various polyfunctional monomers were evaluated for the radiation crosslinking of poly ( styrene-co-butadiene )( SBR ) . It was found that A-TMMT ( tetramethylolmethane tetraacrylate ) was very effective in reducing the necessary crosslinking dose .

  20. 通过各种组合应力实验,证明了TA2钛管的各向异性和双向强化效应,为合理设计钛管换热器提供了可靠依据。

    The anisotropy and biaxial strengthening effect of TA_2 titanium tube were proved through the different stress combinations experiments . The reliable basis of reasonable design of the titanium tubular exchanger was presented .

  21. 本文对Nb-V-Ti微合金钢经控轧控冷后在不同卷取温度下的诸强化效应及屈服强度进行了估算。

    The strengthening effects and yield strength of Nb-V-Ti microalloyed steels , which were coiled at different temperature after controlled rolling and controlled cooling , were estimated in this paper .

  22. 该模型能考虑Bauschinger效应、应变强化效应和强度退化效应的影响,且能描述钢杆件在任意状态下真实弹塑性刚度的连续性变化过程。

    The proposed analysis model can take into account the Bauschinger effect , the strain hardening effect and the strength degeneration effect , and depict the continuous changing process of the real elasto-plastic rigidity of steel bars under arbitrary states .

  23. 考虑异向强化效应的单晶体本构关系研究

    Study on the Single Crystal Constitutive Model Concerning Anisotropic Harden Effect

  24. 对于强化效应,则讨论了取向强化和粘弹强化两种可能情况。

    Discusses two possible processes for the strain hardening effect , i.

  25. 一种计及强化效应的梁的塑性极限分析

    A Plastic Limit Analysis of Beams in Consideration of Hardening Effect

  26. 粉喷桩侧摩阻力强化效应分析

    Analysis on strengthening effect of skin friction of deep jetting mixing pile

  27. 铁镍合金激光冲击处理表面强化效应研究

    Research on Surface Strengthening Effect of Fe-Ni Alloy by Laser Shock Processing

  28. 着重讨论了屈服后的应变软化和强化效应。

    Then discusses especially the strain softening and hardening effects post yield .

  29. 快速凝固Cu&Cr合金时效析出的共格强化效应

    Coherent strengthening of aging precipitation in rapidly solidified Cu-Cr alloy

  30. 基于塑性强化效应的典型材料极限承载能力分析阻燃性增强热塑性塑料

    Limit Load Analysis of Typical Materials Based on Effect of Enhanced Plasticity