1) gas-solid separation
气固分离
1.
The emerging application of porous ceramics membranes in gas-solid separation wa.
集中介绍了微滤膜、超滤膜、纳滤膜和分子筛膜的若干新进展 ,并综述陶瓷膜在烟气除尘、收尘等气固分离方面的应用与前
2.
The gas-solid separation process of U-beam labyrinth separator of circulating fluidized bed (CFB) boilers has been studied in a cold model.
进行了循环流化床U-Beam气固分离器的实验研究,建立了U-Beam气固分离模型,提出了单排U-Beam气固分离的极限分离能力和临界浓度的概念。
2) Gas solid separation
气固分离
1.
From the viewpoint of the flow field distribution features an analysis is conducted of the effect of blade spacing and cover ratio on air flow and gas solid separation.
并从其流场分布特点的角度分析了叶片间距、遮盖度对气流流动及气固分离的影响。
3) gas-solid separation
气-固分离
1.
The phases,microstructure and properties related to gas-solid separations are characterized as a function of the amount of the pore-forming agent and heating temperature.
bar-1,其弯折强度达64MPa,可以满足作为高温气-固分离过滤介质的要求。
4) gas-solids separator
气固分离器
1.
One of the key components of this technology is the gas-solids separator located at the outlet of the riser regenerator.
为此,设计了一种基于离心与惯性分离原理相结合的新型气固分离器。
5) gas-solid separator
气固分离器
1.
One of the key components in this technology was gas-solid separator located at outlet of riser regenerator.
在已有实验的基础上,结合大型冷模实验、流场实验和计算流体力学(CFD)模拟的结果,以压降和分离效率为综合评价指标,对后置烧焦管出口的气固分离器中心排气管位置(偏心)和中心排气管开缝形式进行了考察。
2.
One of the key com- ponents in this technology was gas-solid separator located at outlet of riser regenerator.
后置烧焦管出口的气固分离器是实现 FCC 后置烧焦管式组合再生工艺的关键设备之一,设计并筛选出了一种基于离心与惯性协同作用的新型气固分离器。
6) gas solid separator
气固分离器
1.
The variation of the pressure drop, the fluid field and the separation efficiency of a new type diffusible gas solid separator with the downward exhaust gas under different operation conditions and the constructional details are experimentally investigated.
通过实验方法 (分离效率的测定和三维粒子动态分析实验 )研究了扩散式下排气气固分离器的分离流阻 ,流场分布 ,分离效率等 ,从而达到降低扩散式气固分离器的阻力和提高分离效率的效果。
2.
of a diffusion gas solid separator with a downward gas exhaust are studied in order to lower the resistance of the separator and enhance its separation efficiency.
通过实验方法 (分离效率的测定和三维粒子动态分析实验 )研究了扩散式下排气气固分离器的分离流阻、流场分布和分离效率等 ,从而降低扩散式气固分离器的阻力 ,提高分离效率。
3.
The variation of the size distribution, the fluid field and the separation efficiency of a new type diffusible gas solid separator under different operation conditions and the constructional details are experimentally investigated by the method of PDA.
通过实验方法 (三维粒子动态分析实验 )研究了扩散式气固分离器流场分布 ,粒径分布等 ,从而为研究扩散式气固分离器的结构 ,降低阻力 ,提高分离效率提供依据。
补充资料：固液分离
分子式：
CAS号：
性质：从水或废水中除去悬浮固体的过程。从废水中除去固体一般采用筛或沉淀方法。污泥处理中采用的分离方法有污泥重力浓缩、污泥的浮选或污泥的机械脱水。水处理中有微滤、澄清和深床过滤等方法。
CAS号：
性质：从水或废水中除去悬浮固体的过程。从废水中除去固体一般采用筛或沉淀方法。污泥处理中采用的分离方法有污泥重力浓缩、污泥的浮选或污泥的机械脱水。水处理中有微滤、澄清和深床过滤等方法。
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