1) oxygen transfer coefficient(K_Lα)
氧传质系数(KLα)
2) oxygen transfer coefficient
氧传质系数
1.
In the range of experiment, the oxygen transfer coefficient KLa has a directly proportional relationship with the aeration degree increasing; after the carrier is added, with increasing of the carrier amount, KLa will reduce.
结果表明,在实验范围内,随着曝气量的增大,氧传质系数呈直线上升;投加载体后,随着载体量的增加,氧传质系数降低。
2.
The(distributing) profile of velocity,gas and oxygen transfer coefficient in the gas-liquid two phases were obtained(through) CFX(11.
0进行模拟,得到了不同桨型组合下气液两相的速率、气体和氧传质系数的分布等。
3) mass transfer coefficient of dissolved oxygen
体积氧传质系数
1.
The effects of height to diameter ratio(Hr/D)and of the downcomer on liquid circulation velocity,overall average gas holdup,special mixing time,and mass transfer coefficient of dissolved oxygen were investigated.
建立了内循环反应器试验装置,综合研究了内循环反应器最重要的结构参数(高径比和底隙高度)对反应器主要性能参数(液体循环流速、总平均气含率、液体混合时间和体积氧传质系数)的影响。
4) oxygen transfer coefficient
传氧系数
1.
A new testing measure on oxygen transfer coefficient-K La W in wastewater was suggested and applied to an energy efficiency research on a wastewater treatment plant located in Chongqing.
本文提出了一种更新的污水传氧系数 KLa W的现场测定方法 ,并应用于重庆某污水处理厂曝气设备的能效研究中。
5) oxygen transfer coefficient
氧的质量传递系数
6) mass transfer coefficient
传质系数
1.
Heat and mass transfer coefficients based on decoupling characteristics of heat and mass transfer between liquid desiccant and air(Ⅱ) Experiments and application of new method;
基于热质传递解耦特性的溶液除湿过程传热传质系数(Ⅱ) 实验与Le-h_D分离测量法应用
2.
Numerical simulations were performed to study the wall effect of the module shell and packing pattern of hollow fibers which are randomly distributed,as well as the influences of flow Reynolds number to the mass transfer coefficient.
通过数值模拟,研究了在透析器外壳内壁面的影响下,纤维表面定浓度时,中空纤维分布的随机性对透析器管外流场和浓度场的影响,同时考察了管外流体速度以及中空纤维填充密度对管外传质系数的影响。
3.
A mass transfer equation and equations for evaluating mass transfer coefficients and selectivity have been derived by taking into account the dissociation of ammonia in water.
针对气扫式膜蒸馏脱除水中氨的过程,以传质基本理论为依据,导出了考虑水中氨解离的总传质系数表达式,并建立了利用实验结果计算总传质系数和选择性系数的方程。
补充资料：Red KL Base
分子式：C8H10N2O2
分子量：166.1792
CAS号：17481-27-5
性质：浅米白色粉末， 熔点155℃。
制备方法：暂无
用途：染料中间体。
分子量：166.1792
CAS号：17481-27-5
性质：浅米白色粉末， 熔点155℃。
制备方法：暂无
用途：染料中间体。
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