Nǔgbododó Azɔ̌wiwa Tɔn E Nɔ Klɔ́ Plasma É ɖé Tɔn

Plasma cleaners use plasma discharge to generate a high-energy oxidation reaction. Using oxygen or a mixed gas (such as oxygen + hydrogen) in the discharge zone, they form an ion plasma (energy range 5-15 eV). The high-energy electrons and radiation from these plasmas decompose surface contaminants (organic matter oxidation rate >90%), bo nɔ ɖè nǔ e nɔ cí gaz ɖɔhun lɛ é alǒ nǔ e nɔ xú lɛ é tɔ́n. Nǔnywɛ xwitixwitizɔ́watɔ́ enɛ ɔ nɔ na nǔsisɔ sín nǔ e nɔ hɛn nǔ gblé dó mɛ wu lɛ é, bɔ é nɔ zɔ́n bɔ é nɔ nyɔ́ zán nú nǔsisɔ nú gan lɛ (ɖi gan e ma nɔ xú ǎ é kpo aluminium kpo) kpo nǔ e nɔ hɛn nǔ gblé dó mɛ wu lɛ é kpo (ɖi PTFE ɖɔhun), bo lɛ́ nyɔ́ tawun nú nǔsisɔ sín nǔ e nɔ hɛn nǔ gblé dó mɛ wu lɛ é kpo nǔ e nɔ hɛn nǔ gblé dó mɛ wu lɛ é kpo.

Nú è na ɖɔ xó dó lee è nɔ klɔ́ nǔ gbɔn é jí ɔ, hwenu e è nɔ zán dó klɔ́ nǔ lɛ é nɔ bɛ́sín cɛju 2-10 jí ɖò kplékplé ɖokpo ɖokpo mɛ. É sixu ɖè nǔ kwijikwiji e ɖò nanoscale mɛ lɛ é síìn (ɖaxó nǔ kpɛví kpɛví lɛ tɔn<100 nm), reduce surface contact angles by over 40°, and significantly improve material adhesion. Important operating parameters: maintain power between 50-1000W, air pressure between 10-100 Pa, and avoid overheating the substrate (temperature <150°C).