NOVELTY - A dielectric layer is formed between the high voltage electrode (24) and the field enhancing electrode (26). The field enhancing electrode has raised portions that include additive gas injection holes (34) allowing generation of plasma discharge streamers within the injected additive gas.    USE - Field enhanced electrode package used in silent-discharge/dielectric barrier non-thermal processor (NTP). Also suits for SDB/DBD processor for generating highly reactive chemical species such as free radicals. The NTP processor is used for generating reactive chemical species such as oxygen atoms, hydroxyl radicals, nitrogen radicals, excited nitrogen and oxygen molecules, HO2-radicals, NH-radicals, CH-radicals, for readily decomposing organic chemicals such as volatile organic compounds, oxides of sulfur, nitrogen, odor agents such as aldehydes and hydrogen sulfide, for breaking chemical bonds and producing non-hazardous or easily managed products. The radicals are used in chemical synthesis for producing higher order hydrocarbon fuels from methane/natural gas.    ADVANTAGE - Combination of enhanced electrodes in proximity to injection gas holes, provides greater variety and higher efficiency of reactive species. Discharge characteristics can be improved by employing number of electrical configurations. Reduces concentration of hazardous compound in off-gases to very low levels by free radicals cold combustion. Dielectric layer prevents formation of thermal arcs in the process gas and/or the injection gas. Usage of dielectric layer allows for proper matching of the power supply impedance to the plasma/electrical discharge impedance.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method to create a non-thermal plasma.    DESCRIPTION OF DRAWING(S) - The figure shows the field enhanced electrode package.    high voltage source (22)    high voltage electrode (24)    field enhancing electrode (26)    modification passage (30)    injection hole (34)