1) *charge batteries
充气电池
2) differential aeration cell
差异充气电池
3) Charge
充气
1.
Comparative experiments were carried out to study the effect of the adsorption heat on the charge and discharge performances of a hydrogen storage system.
5 MPa下快速充气时,在开始100 s左右,储罐吸附床中心的温升可达42 K;在放气试验中,吸附床中心温度在 10。
4) Aeration
充气
1.
Study on the Aeration Performance of LHJ Flotation Column;
LHJ浮选柱充气性能的研究
2.
The circular centrifugal flotation cell has many originalities on the pulp aeration, air bubble mineralization, air pulp flow format in the ring shaped tank of the cell, feed method ect, due to the results of fluidics and turbulence and the action of centrifugal and gravitational force ect.
新型高效圆形离心浮选机充分发挥了湍流射流及离心—重力力场的作用,使其在矿浆充气、气泡矿化、浮选槽内矿浆流动形式、给料方式等方面独具特色。
3.
The“dead zone”of particle located at the bottom of annulus can be eliminated,and the effectiveness of solidgas contact,mass and heat transfer can be improved by introducing an auxiliary(aeration or fluidization)fluid into the annular region through a distributor.
在普通喷动床环形区底部引入“充气”可消除环形区底部颗粒“死区”的影响,并能改善环形区气固间的热、质传递。
5) inflation
充气
1.
Analysis of dynamic simulation and fluid field of parachute in inflation stage;
降落伞主充气阶段的动态仿真及流场分析
6) inflatable
充气
1.
Simulation analysis of deployment process of inflatable planar antenna structure;
充气平面天线结构展开过程仿真分析
2.
Simulation Prediction of Deployment Dynamics of Inflatable Solar Array;
充气太阳能帆板展开动力学数值模拟预报
参考词条
补充资料:差异充气电池
分子式:
分子量:
CAS号:
性质:又称氧浓差腐蚀电池。由于介质溶解氧气的浓度不同而组成的腐蚀电池。例如,将一片锌片一半浸入中性KCl水溶液中,一半露于空气中,锌将发生腐蚀,腐蚀的部位在溶液下部(O2较缺乏)。其原因是形成氧浓差电池。锌片在水线(水溶液与空气交界线)附近电势高,为阴极区,此处发生O2还原反应(O2+4H++4e→2H2O),在离水线较远的溶液下部因O2气含量低,电势低,成为阳极区,发生锌的溶解(Zn→Zn2++2e)而受腐蚀。这是因腐蚀介质不均匀(氧气浓度的差异)所引起的局部腐蚀,危害较重。
分子量:
CAS号:
性质:又称氧浓差腐蚀电池。由于介质溶解氧气的浓度不同而组成的腐蚀电池。例如,将一片锌片一半浸入中性KCl水溶液中,一半露于空气中,锌将发生腐蚀,腐蚀的部位在溶液下部(O2较缺乏)。其原因是形成氧浓差电池。锌片在水线(水溶液与空气交界线)附近电势高,为阴极区,此处发生O2还原反应(O2+4H++4e→2H2O),在离水线较远的溶液下部因O2气含量低,电势低,成为阳极区,发生锌的溶解(Zn→Zn2++2e)而受腐蚀。这是因腐蚀介质不均匀(氧气浓度的差异)所引起的局部腐蚀,危害较重。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。