Characterization of pulse-driven gas-liquid interfacial discharge plasmas and application to synthesis of gold nanoparticle-DNA encapsulated carbon nanotubes
Q Chen, T Kaneko, R Hatakeyama - Current Applied Physics, 2011 - Elsevier
Gas-liquid interfacial discharge plasmas are generated between ionic liquid and stainless
steel electrodes, where a pulse power source is used to operate the discharges. The
temporal evolution of the plasma is investigated as well as the spatial distribution of the
plasma. The positive pulse discharge plasma can not be detected by a double Langmuir
probe, which is attributed to the fast diffusion of the plasma toward the chamber wall due to
its high positive potential. On the other hand, the negative pulse discharge plasma …
steel electrodes, where a pulse power source is used to operate the discharges. The
temporal evolution of the plasma is investigated as well as the spatial distribution of the
plasma. The positive pulse discharge plasma can not be detected by a double Langmuir
probe, which is attributed to the fast diffusion of the plasma toward the chamber wall due to
its high positive potential. On the other hand, the negative pulse discharge plasma …
以上显示的是最相近的搜索结果。 查看全部搜索结果