A pre-proof study in the Journal of Aerosol Science employs a series of spark discharges in a flowing gas environment to repeatedly manufacture silver nanoparticles using the hydrogen-assisted spark generation technique. Various compositions of H2-Ar mixtures were used as the carrier gas to comprehensively study how the hydrogen concentration affects the signal amplification achieved with silver nanoparticles in Raman spectroscopic investigations.

Related Keywords

Laura Thomson , Usman Ahmedsep , Usman Ahmed , Research Findings , Development Of Hydrogen , Aerosol Science , Production Method , Oxygen Removal Techniques , Overcome Oxidation , Silver Based Surface Enhanced Raman Spectroscopy , Hydrogen Assisted Spark Generation , Silver Nanoparticles , Surface Enhanced Raman Spectroscopy ,