Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Microplasma can be found in many applications. The technology is also used for surface treatment of polymers. The process of surface treatment by microplasma is environmental friendly, and it could be realized at low cost due to the relatively low discharge voltage (around 1 kV) even under atmospheric pressure and the small size of the por supply and reactor.  presents the surface treatment by microplasma of polyethylene naphthalate (PEN) film using Ar gas and mixtures of Ar with N 2  and O 2 . The microplasma process was analyzed by the emission spectroscopy method. An experimental Marx generator with MOSFET switches was used as a pulsed high-voltage por supply. The emission spectra re measured by an intensified charge coupled device camera, a spectrometer, and a photomultiplier tube. Surface ttability of the PEN film was confirmed by measuring the contact angle before and after the microplasma surface treatment. It was observed that the contact angle of the PEN film decreased, especially with the O 2 /Ar mixture. The analysis using an X-ray photoelectron spectrometer shod the decrease of C1s, which correspond to the C-H bond. The emission spectrum of the microplasma discharge in the N 2 /Ar mixture shod Ar peaks, OH peaks, N 2  second positive band system peaks (N 2  SPS), N 2  first positive band system peaks ( N 2  FPS), and decrease in the peak intensities of ArI and OH for microplasma discharge in the O 2 /Ar mixture. The lifetime emission signals for the N 2  SPS for the microplasma discharge in 0.25% N 2  in Ar re around 1 μs. The calculation of the microplasma rotational and electron temperatures shows low rotational and high electron temperatures.
['Marius Blajan', 'Akira Umeda', 'Shuichi Muramatsu', 'Kazuo Shimizu']
I am writing a research paper on a idea Emission Spectroscopy of Pulsed Powered Microplasma for Surface Treatment of PEN Film
[{"from": "human", "value": "I am writing a research paper on a idea Emission Spectroscopy of Pulsed Powered Microplasma for Surface Treatment of PEN Film"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Microplasma can be found in many applications. The technology is also used for surface treatment of polymers. The process of surface treatment by microplasma is environmental friendly, and it could be realized at low cost due to the relatively low discharge voltage (around 1 kV) even under atmospheric pressure and the small size of the por supply and reactor.  presents the surface treatment by microplasma of polyethylene naphthalate (PEN) film using Ar gas and mixtures of Ar with N 2  and O 2 . The microplasma process was analyzed by the emission spectroscopy method. An experimental Marx generator with MOSFET switches was used as a pulsed high-voltage por supply. The emission spectra re measured by an intensified charge coupled device camera, a spectrometer, and a photomultiplier tube. Surface ttability of the PEN film was confirmed by measuring the contact angle before and after the microplasma surface treatment. It was observed that the contact angle of the PEN film decreased, especially with the O 2 /Ar mixture. The analysis using an X-ray photoelectron spectrometer shod the decrease of C1s, which correspond to the C-H bond. The emission spectrum of the microplasma discharge in the N 2 /Ar mixture shod Ar peaks, OH peaks, N 2  second positive band system peaks (N 2  SPS), N 2  first positive band system peaks ( N 2  FPS), and decrease in the peak intensities of ArI and OH for microplasma discharge in the O 2 /Ar mixture. The lifetime emission signals for the N 2  SPS for the microplasma discharge in 0.25% N 2  in Ar re around 1 \u03bcs. The calculation of the microplasma rotational and electron temperatures shows low rotational and high electron temperatures."}]