Publication | Closed Access
Simple Model for Ion-Assisted Etching Using<tex>$hboxCl_2hbox--hboxAr$</tex>Inductively Coupled Plasma: Effect of Gas Mixing Ratio
101
Citations
28
References
2004
Year
EngineeringSimple ModelIon-assisted Etching UsingPlasma PhysicsPlasma ProcessingPlasma SimulationMagnetohydrodynamicsTransport PhenomenaIon BeamPlasma ConfinementNonthermal PlasmaGas Mixing RatioActive Surface SitesPhysicsMicroelectronicsPlasma EtchingMicrofabricationSurface KineticsSurface ScienceApplied PhysicsGas Discharge PlasmaPlasma ApplicationChemical Kinetics
In this paper, we investigated the relationships between Cl/sub 2/--Ar mixing ratio, plasma parameters, plasma chemistry and etching kinetics using a combination of experimental investigations and modeling. Modeling of plasma chemistry was represented by zero-dimensional quasi-stationary model assuming electron energy distribution to be close to Maxwellian. For the surface kinetics, we used the simplified model based on the theory of active surface sites. The model confirmed the possibility of nonmonotonic behavior of etch rate behavior in the system with monotonic changes of fluxes of active species.
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