Thermal Activation

High k-oxide/silicon interfaces characterized by capacitance frequency spectroscopy

Molecular beam epitaxy / Solid State electronic devices / Solid State electronics / Frequency Dependence / Interface States / Cross Section / Thermal Activation / Reactive Sputtering / Electrical And Electronic Engineering / Cross Section / Thermal Activation / Reactive Sputtering / Electrical And Electronic Engineering

Remote hydrogen plasma processing of ZnO single crystal surfaces

Engineering / Kinetics / Applied Physics / Plasma Processing / Mathematical Sciences / Ultraviolet / Applied / Single crystal surface / Physical sciences / Plasma Treatment / Temperature Dependence / Room Temperature / Single Crystal / Thermal Activation / Ultraviolet / Applied / Single crystal surface / Physical sciences / Plasma Treatment / Temperature Dependence / Room Temperature / Single Crystal / Thermal Activation

Interfacial glass transition profiles in ultrathin, spin cast polymer films

Engineering / Chemical Physics / Atomic Force Microscopy / Physical sciences / Nucleation and Growth / Scanning Force Microscopy / CHEMICAL SCIENCES / Glass Transition / Glass Transition Temperature / Thermal Stability / Length scale / Molecular weight / Thermal Activation / Film Thickness / Thermal Effects / Scanning Force Microscopy / CHEMICAL SCIENCES / Glass Transition / Glass Transition Temperature / Thermal Stability / Length scale / Molecular weight / Thermal Activation / Film Thickness / Thermal Effects

High-k-oxide/silicon interfaces characterized by capacitance frequency spectroscopy

Molecular beam epitaxy / Solid State electronic devices / Solid State electronics / Frequency Dependence / Interface States / Cross Section / Thermal Activation / Reactive Sputtering / Electrical And Electronic Engineering / Cross Section / Thermal Activation / Reactive Sputtering / Electrical And Electronic Engineering

Ion dynamics in superionic chalcogenide glasses: Complete conductivity spectra

Materials Engineering / Condensed Matter Physics / Data Analysis / Power Law / Solid State Ionics / Thermal Activation / Chalcogenide Glass / Experimental Data / Thermal Activation / Chalcogenide Glass / Experimental Data

Carbon dioxide sequestration by mineral carbonation

Carbon Dioxide / Trace Metals / Energy Consumption / Soil Chemistry / Sensitivity Analysis / Technology development / Cost Estimation / Global Warming / Sociologie / Magnesium / Energy demand / Process Improvement / Fossil Fuels / Reaction Time / Nucleation and Growth / Electricity Consumption / Soil Quality / Surface Area / Particle Size / Cost Reduction / Calcium Carbonate / Trace element / Thermal Activation / Reaction Rate / Reaction Mechanism / Thermodynamic Stability / Elevated Temperature / Atmospheric Carbon Dioxide / Carbon Steel / CO 2 Emission / Technology development / Cost Estimation / Global Warming / Sociologie / Magnesium / Energy demand / Process Improvement / Fossil Fuels / Reaction Time / Nucleation and Growth / Electricity Consumption / Soil Quality / Surface Area / Particle Size / Cost Reduction / Calcium Carbonate / Trace element / Thermal Activation / Reaction Rate / Reaction Mechanism / Thermodynamic Stability / Elevated Temperature / Atmospheric Carbon Dioxide / Carbon Steel / CO 2 Emission

Fluoride removal by mixtures of activated carbon prepared from Neem (Azadirachta indica) and Kikar (Acacia arabica) leaves

Chemical Engineering / Activated Carbon / Particle Size / Adsorption Isotherm Models / Thermal Activation / Aqueous Solution / Azadirachta Indica / Aqueous Solution / Azadirachta Indica

Pressure-driven DNA transport across an artificial nanotopography

High Pressure / Lab On A Chip / New / Physical sciences / Fluid flow / Free Energy / New Physics / Thermal Activation / Low Pressure Boiler / Linear Array / Free Energy / New Physics / Thermal Activation / Low Pressure Boiler / Linear Array

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