由于是新型的微等离子体射流阵列，有气体存在，更容易初始放电。放电时会将

由于这是新型的微等离子体射流阵列，有气体存在，更容易初始放电。放电时气泡中的空气电离，形成等离子体。 ，因此产生的气泡体积更小。中。由于有水蒸气参与，放电更容易形成·OH，H202等活性粒子。在加上该反应器内部构造特点决定，液体在气流带动下，中部的液体会相上部移动，反应器壁面液体会向下移动，如此循环，一直保持高度混合，对于整个溶液体系来说能达到浓度均一，利于降解。

由于是新型的微等离子体射流阵列，有气体存在，更容易初始放电。放电时会将气泡中的空气电离，形成等离子体。所以这也是一种气泡放电，但是由于该反应器毛细管尺寸更小，所以产生的气泡体积更小。体积更小的气泡具有比表面积大的特点，利于气泡内活性物质传质进入液相中。并且由于气泡内放电造成的热效应，将界面处的水蒸发进入气泡中。由于有水蒸气参与，放电更容易形成·OH，H202表示相关性。在加上该反应器内部构造特点决定，液体在气流带动下，中部的液体会相上部移动，反应器壁面液体会向下移动，如此循环，一直保持保持高度混合，对于整个溶液体系来说能达到浓度均一，利于降解。

Because it is a new type of micro plasma jet array, the initial discharge is easier due to the existence of gas. The discharge will ionize the air in the bubble and form plasma. So it is also a kind of bubble discharge, but because the capillary size of the reactor is smaller, the bubble volume is smaller. Smaller bubbles have larger specific surface area, which is conducive to the mass transfer of active substances into the liquid phase. Moreover, due to the thermal effect caused by the discharge in the bubble, the water at the interface evaporates into the bubble. Due to the participation of water vapor, active particles such as · oh and H2O2 are easily formed. In addition, the internal structure of the reactor determines that the liquid in the middle will move upward and the liquid on the wall of the reactor will move downward under the drive of air flow. In this way, the liquid will keep a high degree of mixing, and the concentration of the whole solution system will be uniform, which is conducive to degradation.<br>