2) suspended carriers fluidized bed
悬浮载体流化床
1.
The treatment efficiency of domestic sewage by suspended carriers fluidized bed was investigated.
考察了悬浮载体流化床对生活污水的处理效果。
2.
It was introduced its characteristics and test methods;and also the influence of temperature on removal efficiency of suspended carriers fluidized bed was studied.
悬浮载体流化床是一种新型反应器。
3) suspended carrier biological fluidized bed reactor
悬浮载体生物流化床
1.
The influence of different COD volume loading on removal efficiency of urban domestic sewage in suspended carrier biological fluidized bed reactor was investigated.
采用悬浮载体生物流化床工艺处理城市生活污水,考察了容积负荷对其处理效果的影响。
4) suspended carrier
悬浮载体
1.
Study of phenol inhibition to the nitrification process on the suspended carrier biofilm;
悬浮载体生物膜上苯酚的硝化抑制研究
2.
Pilot experiment on the treatment of wastewater by using suspended carrier—membrane bioreactor;
悬浮载体——膜生物反应器处理污水的实验
3.
Membrane filtration and microstructure characteristics of cake layer in suspended carrier hybrid membrane bioreactor;
悬浮载体复合膜生物反应器过滤特性及滤饼层微结构特征
5) expanded bed
膨胀床
1.
Study on characterization and test of presulfiding of hydrogenation catalyst in expanded bed;
膨胀床预硫化催化剂的表征及测试
2.
Purification of nattokinase by ion exchange adsorption in expanded bed;
膨胀床离子交换吸附分离纳豆激酶
3.
Hydrodynamic modeling in expanded beds for protein purification;
蛋白纯化膨胀床内的流动特性
6) bed expansion
床层膨胀
1.
The expansion of biological fluidized bed has a strong relationship with hydraulic dynamics and efficiency in biochemical reaction zone, bed expansion characteristics are fundamentally important for us to design and run liquid solid biological fluidized bed.
生物流化床的床层膨胀行为直接与生化反应区的水动力学和效率相关 ,床层膨胀特性是进行合理设计和运行的重要依据。
2.
It focuses on reviewing the effect of temperature on the minimum fluidization velocity, minimum fluidization voidage, bed expansion ratio, and bubble diameter, which are in relation with the design and operation of fluidized beds.
文中结合研究结果 ,综述了温度对最小流化速度、最小流化空隙率、床层膨胀比和气泡直径的影响。
3.
Particle circulation technique between the two beds and fluidized bed expansion characteristics.
得出了不同操作条件下，两床间物料循环及流化床床层膨胀的特性，分析讨论了各种因素（流化速度、床层静止高度、辅助气流量等）对气化系统操作的影响。
补充资料：厌氧附着膜膨胀床法
分子式：
CAS号：
性质：利用反应器中膨胀床载体上的生物膜对废水进行厌氧生物处理的过程。载体常采用烟道灰或硅藻土。废水从密闭反应器底部进入后上升流动，控制床层膨胀率(10％～20％)，搅动床层并使废水回流。有机物经厌氧发酵后转化为气体，集中在反应器上部后引出。
CAS号：
性质：利用反应器中膨胀床载体上的生物膜对废水进行厌氧生物处理的过程。载体常采用烟道灰或硅藻土。废水从密闭反应器底部进入后上升流动，控制床层膨胀率(10％～20％)，搅动床层并使废水回流。有机物经厌氧发酵后转化为气体，集中在反应器上部后引出。
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