1) MIC reactor
MIC反应器
1.
Then comes to the MIC reactor for treatment of aldehyde.
利用新型的第三代厌氧反应器——MIC反应器处理酒精氧化法制乙醛产生的废水,当厌氧温度控制在35～39℃、pH为7左右、容积负荷为3。
2.
The results suggested that COD removal rate could reach above 88 % under the conditions of anaerobic temperature of MIC reactor controlled at 35～39 ℃,pH v.
针对酒精废水的COD高、温度高、SS高、pH低特点,对酒精废水中的蛋白质提取DDG饲料后,采用中温MIC厌氧反应器和卡鲁塞尔氧化沟的两级厌氧和两级好氧工艺处理高浓酒精废水,结果表明,MIC反应器在厌氧温度控制在35～39℃,pH为4～5,有机负荷为15kgCOD/m3。
3.
In the course of the reconstruction,the primary equipment of wastewater treatment was made use of,and MIC reactor was added in the back of the retention basin.
该废水经过冷却到35~39℃、在调节池加营养和碱调节pH为7左右,MIC反应器进水CODCr约为3200mg/L、HRT为24h时,CODCr去除率为85%以上,MIC出水进入推流式好氧池,采用微孔曝气器曝气,HRT为36h,好氧出水CODCr小于100mg/L。
2) MIC anaerobic reactor
MIC厌氧反应器
3) multistrip ionisation chamber detector
MIC探测器
4) MAP reactor
MAP反应器
1.
The integrated MAP reactor was designed and the ammonia-nitrogen operation effect of MAP reactor was studied using MgCl2·6H2O and Na2HPO4·12H2O as precipitants.
设计了MAP反应器,并以MgCl2。
2.
At the same time, use FLUENT computational fluid dynamics simulation software to optimize the structure of MAP reactor.
同时运用FLUENT计算流体力学模拟软件,模拟并优化了MAP反应器的结构。
5) EGSB reactor
EGSB反应器
1.
On properties of granular sludge in EGSB reactor under oxygen-limited conditions;
限氧EGSB反应器内颗粒污泥性能研究
2.
Startup operations of the EGSB reactor;
EGSB反应器的启动运行
3.
Performance characteristic of the EGSB reactor in the microaerobic conditions;
EGSB反应器在微氧条件下的运行特性
6) micro-reactor
微反应器
1.
Preparation of nano-sized barium sulfate by micro-reactor;
微反应器制备纳米硫酸钡研究
2.
One-dimensional numerical modeling and simulation of NO_x reduction by NH3 in a honeycomb monolith micro-reactor;
Honeycomb Monolith微反应器中NH_3还原NO_x的一维数学模型
3.
Preparation of phase change material micro-capsules by micro-reactor and solvent evaporation approach
微反应器与溶剂挥发法制备相变蓄热材料微胶囊
补充资料：MIC
分子式：C9H8N2O2
分子量：176.17
CAS号：50890-83-0
性质：该品为白色到淡黄色针状结晶。熔点213-218℃。
制备方法：暂无
用途：格拉司琼中间体。
分子量：176.17
CAS号：50890-83-0
性质：该品为白色到淡黄色针状结晶。熔点213-218℃。
制备方法：暂无
用途：格拉司琼中间体。
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