1) mass transfer model
传质膜型
2) mass transfer
传质
1.
Effect of spherical biocarrier structure on the mass transfer by microelectrode;
采用微电极测定球形填料结构对传质过程的影响
2.
Mechanism of biosorption of reactive brilliant blue KN-R by inactive Aspergillus fumigatus immobilized on CMC beads:Equilibrium,kinetics,diffusion and mass transfer;
CMC固定化灭活烟曲霉小球对活性艳蓝KN-R的吸附机理——吸附平衡、动力学和扩散传质过程
3.
Study on mass transfer process of bubble-free aeration by using membranes;
膜法供氧的传质过程研究
3) mass-transfer
传质
1.
Summary of investigation of heat-transfer and mass-transfer during mould-filling process in EPC;
消失模铸造充型过程的传热及传质研究
2.
Mechanism and application of the enhanced mass-transfer in aerobic treatment process;
好氧处理工艺传质强化的机理与应用研究
3.
For a carbon dioxide and sodium hydroxide system(CO2-NaOH),the characteristics of mass-transfer in different packing structure for a Rotating Packed Bed have been studied.
研究了不锈钢金属丝网填料结构对错流旋转填料床内传质的影响。
4) transport
传质
1.
Theoretical study on the transport in metal/organic bi-layer thin films;
金属有机双层膜传质模型理论研究
2.
Theoretical Studies on Transport Behavior and Model of Ag/TCNQ Double-layer Thin Film;
Ag/TCNQ双层膜传质规律与模型的理论研究
3.
Influence of environment on transport behavior in Ag-TCNQ metal-organic thin film;
环境对AgTCNQ金属有机双层膜传质的影响
5) Transfer
传质
1.
The transfer function of the packed tower with new liquid redistributors is research in 400mm under the same condition.
对在Φ400mm的有机玻璃塔内加装新型液体再分布器后填料塔的传质性能进行研究,并在相同条件下,与不装新型液体再分布器的填料塔进行传质性能比较,得出使用新型液体再分布器可明显提高传质效率。
2.
The transfer phenomena of turbulence flow in an agitated tank were studied.
从分析湍流场中局域中涡旋的串级结构出发 ,通过对N S方程的涡旋输运形式进行求解 ,导出一个具有分形意义的涡旋群运动表达式 ,并得到涡旋掠过颗粒表面花费的时间 ,然后同Higbie的传质渗透模型相联系 ,以涡旋的分布函数为权求其数学期望 ,得到搅拌湍流场中的传质系数表达式 ,结果与实验数据吻合较好。
6) mass transport
传质
1.
Study on Selectively Permeable Membrane Materials, Their Mass Transport Model and Mechanism of Biological and Chemical Protection;
选择性渗透膜材料、传质模型及生化防护机理的研究
2.
A new 2D two-phase flow model was developed to study the two-phase mass transport in PEM fuel cells ant its effects on membrane resistance and cathode performance.
建立了一个新的二维、两相流模型来研究质子交换膜(PEM)燃料电池中的两相传质及其对质子膜阻抗和阴极性能的影响。
3.
Effect of CaO base neutral and oxidic slags on mass transport of nitrogen between liquid steel and gas at 1600℃ has been investigated.
研究了1600℃时,钙基中性渣及氧化性渣对氮在钢液及气相间传质的影响,测定了氮从渣相向钢液中传质的总传质系数,讨论了气相中氮分压对总传质系数的影响。
参考词条
补充资料：气膜传质系数
分子式：
CAS号：
性质：又称气相传质系数（gas phase mass transfer coefficient）。假设气相内的传质速率与传质面积和气膜内的推动力成正比，其比例系数即为气膜传质系数。它是气体物性、设备结构尺寸、气体流动状态等因素的函数，单位是kmol/(m2·s)；（N/m2）。
CAS号：
性质：又称气相传质系数（gas phase mass transfer coefficient）。假设气相内的传质速率与传质面积和气膜内的推动力成正比，其比例系数即为气膜传质系数。它是气体物性、设备结构尺寸、气体流动状态等因素的函数，单位是kmol/(m2·s)；（N/m2）。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。