chemical erosion

英 [ˈkemɪkl ɪˈrəʊʒn] 美 [ˈkemɪkl ɪˈroʊʒn]

化学侵蚀

化学



双语例句

  1. To some extent, the chemical erosion made the physical property of reservoir getting better and increased the secondary pore relatively.
    而溶蚀作用从一定程度上使储层物性得到了改善,次生孔隙相对增多。
  2. The loss amount of caprocks was huge because of the exposure and chemical erosion during the Caledonian tectonic movements around the upheaval in the middle of Yunnan province.
    下古生界在加里东运动暴露期间,黔中隆起及周缘盖层化学损失量巨大。
  3. Damage effect and fracture criterion of rock with multi-preexisting cracks under chemical erosion
    化学腐蚀下裂隙岩石的损伤效应及断裂准则研究
  4. The mechanism of W-CMP was analyzed, the slurry makes a dual function of chemical erosion and mechanical lapping, has an important influence on the polishing rate.
    分析了W-CMP的机理,抛光液对W材料表面具有化学腐蚀和机械研磨的双重作用,对抛光速率有着重要的影响。
  5. Chemical erosion mechanism of slide board in casting of Ca-treated steel and research situation about it
    钙处理钢用滑板的化学侵蚀机理及研究现状
  6. Being good in mechanical, electrical properties and chemical erosion resistance, it has been one important product among thermosetting resins.
    具有优良的机械性能、电学性能和耐化学腐蚀性能,是热固性树脂的主要产品之一。
  7. Testing study and real-time observation of rock meso-cracking process under chemical erosion
    受环境侵蚀的岩石细观破裂过程试验与实时观测
  8. The quartz grains show surface textures resulted from a strong glacial movement and a weaker chemical erosion precipitation, indicating the sediments are mainly glacial drifts under a lower energy marine environment.
    石英表面呈现出强烈的冰川运动和较弱的化学溶蚀-沉淀作用留下的表面特征,表明该沉积物主要是处于低能海洋环境中的冰碛物。
  9. The chemical erosion mechanism of slide board in casting of Ca-treated steel is analyzed, the research situation at home and abroad about it introduced. Both anisotropy and corrosion resistance of Ca-Treated steels can be improved distinctly due to modification of oxide and sulfide.
    分析了钙处理钢对现用滑板的化学侵蚀机理,介绍了目前国内外对钙处理钢用滑板的研究现状。钙处理使氧化物、硫化物变性变态,改善钢的各向异性和耐蚀性等。
  10. Testing Study on mechanical effect for limestone under chemical erosion
    化学腐蚀下灰岩力学效应的试验研究
  11. Experiment Research on Microstructure of Smart Soil under Continuous Loads and Chemical Erosion Actions
    连续荷载及化学溶蚀作用下生态土的微细结构试验研究
  12. By quantitative analyzing the transformation of the microstructure of Smart Soil before and after chemical erosion, investigated the evolution law of the microstructure of Smart Soil under chemical erosion and its infection relative to the macroscopical mechanics characteristic of soil.
    通过定量分析了生态土化学溶蚀前后的微细结构的变化,研究了生态土化学溶蚀下的微细结构演化规律及其对土体宏观力学特性的影响。
  13. It shows that the main causes of lining wear in ferro-chrome smelting process are the chemical erosion by early slag and the thermal effect at high temperature.
    指出在冶炼过程中炉衬遭损坏的主要原因是初渣的化学侵蚀和精炼期的高温热作用。
  14. The lithospheric thickness was ultimately thinned to less than 70 km by mechanical spread as well as thermal-mechanical and chemical erosion.
    由于机械性拉薄和热、机械和化学侵蚀作用,岩石圈厚度最终减薄到70km以下。
  15. Temperature characteristics of chemical erosion of graphite first wall
    石墨第一壁化学腐蚀的温度特性
  16. The results show that the ablation process of C/ C composites is controlled by chemical erosion and mechanical erosion and mainly by mechanical erosion.
    结果表明:C/C复合材料的烧蚀由化学烧蚀和机械剥蚀共同控制,以机械剥蚀为主;
  17. In order to investigate the behaviors of rock meso-cracking under chemical erosion, a new experimental system was developed on the basis of the rock meso-mechanics device.
    为了分析岩石在环境侵蚀下岩石的细观破裂行为,在已有岩石细观加载仪的基础上研制了侵蚀装置和数字显微观测系统。
  18. The results indicate that it is not easy to control the chemical erosion in production process; while by means of addition agent and sintering atmosphere the Co-coated surface condition of cemented carbide will be improved effectively.
    结果表明:采用化学浸蚀方法改善硬质合金表面的覆钴状态在生产中不易控制,而添加微量TaC以及调节烧结气氛能够有效的改善硬质合金的表面覆钴状态。
  19. The principles of pore pressure, fluid pressure and chemical erosion are the theoretic foundation of this anomaly mechanism.
    孔隙压力、动水压力以及化学腐蚀等原理,是该异常机理的理论基础。
  20. We believe, as a additional force source, water level of shallow well acts on the crustal rock in form of fluid loading, pore pressure and chemical erosion, which promotes the Zhangbei earthquake.
    认为浅井水位作为一种附加力源,以流体载荷、孔隙压力、化学腐蚀的形式作用于地壳岩石,对张北地震的发生起到了促进作用。
  21. Quantitative analyzed the mass loss rate, ionic species, quality change of Smart Soil under chemical erosion actions, deduced the ionic equation of chemical response process.
    定量分析受化学溶蚀的生态土的质量损失率,离子种类、质量变化,推断化学反应过程的离子方程式。
  22. In order to know the resist of Smart Soil, investigated the chemical reaction process of Smart Soil and the parameter change law of microstructure by means of the chemical erosion test, thereby the engineering characteristic of Smart Soil in the microstructure level was explained and known.
    为了了解生态土的抗侵蚀性,通过化学溶蚀试验,研究了生态土发生化学反应的过程及微观结构参数变化的规律,从而解释和把握生态土基于微细观结构层次上的工程特性。
  23. Effects of chemical erosion on uniaxial compressive strength and meso-fracturing behaviors of rock
    岩石单轴抗压强度与破裂特征的化学腐蚀效应
  24. Corrosion mechanism of Electro-Chemical Erosion of cast iron
    铸铁的电化学腐蚀机理
  25. The effects of chemical erosion on mechanical behaviors of Xiaolangdi sandstone
    化学腐蚀对黄河小浪底砂岩力学特性的影响
  26. The mechanisms of damaging the staves are mainly the washing of the liquid slag, oxidation and chemical erosion.
    这些部位冷却壁的机械破坏主要是熔渣冲刷、氧化和化学腐蚀。
  27. The main reason of damage to refractory materials, including chemical erosion, mechanical abrasion and thermal stress.
    耐火材料的损毁主要原因包括化学侵蚀、机械磨损和热应力。
  28. In this thesis, the attention is focused on studying the micro-appearance and structure of MCP surface with high resolution optical microscope and scanning electron microscope. The effect of the chemical erosion to surface quality of MCP is analyzed in the process of double-side polishing.
    本文利用高分辨率光学显微镜、扫描电子显微镜研究了微通道板表面的显微形貌和结构,分析了双面抛光工艺过程中的化学侵蚀对微通道板表面质量的影响。
  29. The mechanism of lithospheric thinning of the central North China Craton ( Shanxi block) is mantle lithosphere gradual delamination, and with heat-chemical erosion.
    华北克拉通中部(山西地块)岩石圈减薄的机制为岩石圈地幔逐渐拆沉,并伴随热-化学侵蚀作用。
  30. Thus, due to mechanical friction or chemical erosion, not only is the mechanical life expectancy of instrument significantly reduced, but also the accuracy of measurement will be affected.
    这样由于机械摩擦或化学侵蚀,不仅会大幅度缩短仪表的机械寿命,同时也会影响仪表的测量精度。