1) mechanochemical effect
化学力学效应
1.
Combining the theory of mechanochemical effect, the analytical model is established for casing corrosion accelerating r.
针对管体所受外部应力会加速腐蚀速率、严重缩短管柱服役寿命这一现象,结合化学力学效应理论,分二向应力和三向应力2种情况,建立了外应力影响套管腐蚀速率的解析模型,给出了计算应力影响管柱寿命衰减的解析公式。
2.
This paper focused on the phenomenon that the internal stress which loaded on the corrosive pipeline and localized stress will accelerate corrosion rate and shorten the pipeline service life significantly,combined the theory of mechanochemical effect,the analytical model for pipeline corrosion accelerating rate by stress with two dimensions stress and three dimensions stress was established.
文章针对生产管道所受内压力和局部应力集中会加速腐蚀速率,严重缩短管柱服役寿命这一现象,结合化学力学效应理论,分二向应力和三向应力两种情况,建立了内压力影响管道腐蚀速率的解析模型。
2) mechanochemical effect
力化学效应
1.
The applications of mechanochemical effects of polymer solids during pulverization in self-compatibilization of immiscible polymer blends, effective mixing of polymers with unmatched viscosities, self-plasticization of polymeric resins, property tailoring between polymer components as well as the recovery of single and commingled postconsumer or preconsumer polymeric wastes were reviewed.
综述了聚合物固体粉碎过程中产生的力化学效应在不相容聚合物混合物增容、高分子树脂的自增塑、粘度不匹配聚合物体系的有效混合、高分子废弃物循环回收利用等方面的应用。
3) electrochemistry-mechanics effect
电化学-力学效应
1.
This phenomenon is called as the electrochemistry-mechanics effect.
结果表明,外加极化会提高7075铝合金的应力腐蚀敏感性,这种通过极化而改变铝合金表面电化学反应从而影响断裂应力的现象是一种电化学-力学效应。
4) mechanics-electrochemistry effect
力学-电化学效应
5) thermal-chemical-mechanical effect
热-化学-力学效应
6) mechanochemical effect
机械力化学效应
1.
As one part of the study on ultrafine comminution and mechanochemical effects of konjac glucomannan,the effect of ultrafine comminution on a series of physical property of konjac glucomannan are reported in this paper.
作为魔芋葡甘聚糖超微粉碎机械力化学效应研究的一部分,研究了超微粉碎处理对魔芋粉比表面积、表观密度、流动性、色度、溶胀速度及溶胶黏度等一系列物理性质的影响。
2.
The mechanochemical effect and hydration activity change of single-mineral β–C2S ground with high energy ball mill were studied using laser particle sizing technology, X-ray diffraction, scanning electron microscope, heat conduction micro-calorimetric technology and infrared spectrum analysis methods.
采用激光粒度测量、X射线衍射、扫描电镜、热导式微量热和红外光谱分析等手段对β–C2S单矿物经高能球磨作用后发生的机械力化学效应及水化活性的改变进行了研究。
3.
This paper studied the main factors on the mechanochemical effect in the grinding process of such silicate mineral phases as C_3S and β-C_2S,namely,the properties of material,methods of operationd field of media,and condition of grinding.
对物料性能、施力方式、介质场和磨机操作条件等对硅酸盐单矿物C3S、-βC2S粉磨过程机械力化学效应的影响进行了研究。
补充资料：宏观量子力学效应
宏观量子力学效应
macroscopic quantum machanical effect
hongguonJ旧ngz)}jxuex旧oy，ng宏观t子力学效应(maeroseopie quantummaehanieal effeet)超导电性的物理行为是晶体中电子集体的量子多体问题，遵守量子力学规律。而这种微观的规律可以用宏观现象表现出来，称为宏观量子力学效应。其基本的物理概念是基于宏观数量的多电子间题，在低温条件下，可以用单一的宏观波函数来描述。特别是在超导体和超流体中最为显著，例如，超导体中迈斯纳效应、磁通量子效应、约瑟夫逊效应、准粒子隧道效应，宏观量子干沙效应等。 (金新)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条