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slurry pot
相关语句
  料浆罐
     he influence of applied potential on the erosion-cor-rosion behaviour of 0Cr18Ni9Ti stainless steel in 10%H_2SO_4+15% corundum sand(60#)acidic slurry was sys-tematically studied by using an improved slurry pot appara-tus through weight loss of rotation,dynamic and static po-larization tests.
     利用专门改进的料浆罐式设备通过旋转失重和动、静态极化测试,系统研究了外加电位对0Cr18Ni9Ti不锈钢在10%N_2SO_4+15%刚玉砂(室温)介质中冲刷腐蚀行为的影响,并借助扫描电镜对冲刷腐蚀试样进行了表面形貌观察。
短句来源
  “slurry pot”译为未确定词的双语例句
     The slurry erosion behaviors of ceramic particles reinforced epoxy matrix composite coating were explored using a self-designed slurry pot tester.
     首次采用自制的模拟罐式泥浆冲蚀试验机对环氧基复合涂料的泥浆冲蚀磨损性能进行了研究,通过调整固化剂聚酰胺与环氧的质量比,设计出最佳的基体组成;
短句来源
     NiTi alloys and coating's erosive properties were tested using a slurry pot that is self-made.
     采用自制的浆罐式砂水冲蚀磨损试验装置研究NiTi合金丝及其涂层的冲蚀磨损性能。
短句来源
  相似匹配句对
     Pot.
     Pot.
短句来源
     A STUDY ON THE POT-LIFE OF THE SOLID PROPELLANT SLURRY
     固体推进剂药浆适应期的研究
短句来源
     The Cracked Pot
     破裂的罐子
短句来源
     NiTi alloys and coating's erosive properties were tested using a slurry pot that is self-made.
     采用自制的浆罐式砂水冲蚀磨损试验装置研究NiTi合金丝及其涂层的冲蚀磨损性能。
短句来源
     Application of the Slurry Thinner
     泥浆稀释剂的应用
短句来源
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  slurry pot
The slurry pot acts as a gas seal on the precipitators to prevent in-leakage of air.
      
Some elemental phosphorus condenses in the slurry pot and the solids contain low volatile metals such as cadmium and zinc in elevated levels.
      
Lime slurry is added to the slurry pot to control the pH of the slurry to a set point of pH 12.
      


On the basis of dual phase stainless steel, the effect of composition and microstucture on corrosive wear of alloys was investigated. The wear and erosion tests by pin-on-disc and in slurry pot in aggressive medium were carried out for exploring the approach to develop the corrosive wear resistant alloys. The results show that the improvement of synthetic mechanical properties by controlling composition and microstructure of alloys without sacrificing their corrosion resistance and the full utilization...

On the basis of dual phase stainless steel, the effect of composition and microstucture on corrosive wear of alloys was investigated. The wear and erosion tests by pin-on-disc and in slurry pot in aggressive medium were carried out for exploring the approach to develop the corrosive wear resistant alloys. The results show that the improvement of synthetic mechanical properties by controlling composition and microstructure of alloys without sacrificing their corrosion resistance and the full utilization of deformation strengthening of alloys are the correct way for developing the corrosive wear resistant alloys,a certain strengthening effect of harder secondary phase in matrix may be applied in appropriate service conditions.

在双相不锈钢研究基础上,探索了耐磨耐蚀合金组织与腐蚀、磨损、冲蚀性能的关系.腐蚀介质中外加极化电位下的销环磨损试验、料浆及水砂冲蚀和磨痕观测结果表明:控制合金成分及组织以提高其综合性能,并充分发挥形变强化能力是发展耐磨耐蚀合金的正确途径,第二相强化只要应用得当也有一定效果.

he influence of applied potential on the erosion-cor-rosion behaviour of 0Cr18Ni9Ti stainless steel in 10%H_2SO_4+15% corundum sand(60#)acidic slurry was sys-tematically studied by using an improved slurry pot appara-tus through weight loss of rotation,dynamic and static po-larization tests.The surface morphology observation of ero-sion-corrosion specimens was made by using SFM,The re-sults showed that cathodic protection could significantlydecrease erosion-corrosion rate,and the cathudic protectionefficiency...

he influence of applied potential on the erosion-cor-rosion behaviour of 0Cr18Ni9Ti stainless steel in 10%H_2SO_4+15% corundum sand(60#)acidic slurry was sys-tematically studied by using an improved slurry pot appara-tus through weight loss of rotation,dynamic and static po-larization tests.The surface morphology observation of ero-sion-corrosion specimens was made by using SFM,The re-sults showed that cathodic protection could significantlydecrease erosion-corrosion rate,and the cathudic protectionefficiency could reach 73.6%.There would be three effectswhen anodic potentials were applied onto the erosion-corro-sion behaviour:the erosion-corrosion rate increased sharplyin region I(a little more than other potential);the erosion-corrosion rate decreased evidently in region Ⅱ(passiveregion),and the anodic protection efficiency could reach 64.5%;the erosion-corrusion rate increased again in region Ⅲ(transpassive region)because of intergranular corrosion.The suitable potential range of anodic protection was 0-0.8V(SCE).

利用专门改进的料浆罐式设备通过旋转失重和动、静态极化测试,系统研究了外加电位对0Cr18Ni9Ti不锈钢在10%N_2SO_4+15%刚玉砂(室温)介质中冲刷腐蚀行为的影响,并借助扫描电镜对冲刷腐蚀试样进行了表面形貌观察。结果表明,阴极保护能显著降低冲刷腐蚀速率,保护度可达73.6%。施加阳极电位可出现3种效果:比自腐蚀电位稍正的1区,冲刷腐蚀速率显著提高;稳定钝化的Ⅱ区,冲刷腐蚀速率显著下降,保护度可达64.5%;过钝化的Ⅲ区,产生晶间腐蚀,冲刷腐蚀速率再度升高。合适的阳极保护电位范围为:0-0.8V(SCE)。

The erosive-corrosive wear (ECW) test of a slurry-pot type is a test method often used for investigating and evaluating the ECW resistance of an alloy or surface modified layer. The impact speed of eroded particles to surfaces of the specimens in slurry-pot is an important physical quantities. The test and calculated results have shown the existence of a dragging effect on the linear velocity of specimens in the slurry-pot by the affection of fluid flowability, and the linear...

The erosive-corrosive wear (ECW) test of a slurry-pot type is a test method often used for investigating and evaluating the ECW resistance of an alloy or surface modified layer. The impact speed of eroded particles to surfaces of the specimens in slurry-pot is an important physical quantities. The test and calculated results have shown the existence of a dragging effect on the linear velocity of specimens in the slurry-pot by the affection of fluid flowability, and the linear velocity can not really represent the impact speed of solid particles in slurry solution to surfaces of clad specimens. Based on the equilibrium theory of liquid rotated by constant angular velocity in hydrokinetics, a constant pressure surface equation and regular pressure distribution pattern have been established, and so the real impact speeds of solid particles in slurry solution to specimen surfaces have been determined.

应用浆罐式冲刷腐蚀磨损试验考察和评价了合金或其表面改性涂层的抗冲蚀性能。提出了确定料浆罐中冲蚀粒子对金属试样表面的冲击速度的计算方法。试验与计算结果表明,浆罐中的试样线速度受流体运动的影响存在“拖曳”效应,并不能真正代表砂浆中固体粒子对熔覆试样表面的冲击速度,根据流体力学理论中等角速转动液体的平衡得到了其等压面方程和压力分布规律,进而可以确定砂浆中固体粒子相对于金属试样表面的真实冲击速度。

 
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