ScholarWorks@Dongguk University: Binns, Michael John

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Binns, Michael John (마이클존빈스)

College of Engineering (Department of Chemical and Biochemical Engineering)

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Tel 02-2260-3365
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Optimization:5||CO2 capture:4||biomass gasification:3||Process design:3||Modeling:3||Membrane process:2||Energy efficiency:2||Identifiability:2||Biomass:2||Design:2||Optimisation:2||thermodynamics:2||Model reduction:2||computer modeling:2||Process integration:2||modelling:2||LASSO:2||optimization:2||Genetic algorithm optimization:1||Heat Storage:1||Hollow Fiber Membrane:1||Hollow fiber membrane modeling:1||Hybrid Separation:1||Hydrate inhibition:1||Hydrogen:1||Hydrogen production:1||Luminescent solar concentrator:1||Luminophore:1||MEA:1||MEG regeneration:1||Membrane Contactor:1||Membrane Separation:1||Membrane process design:1||Membrane separation process:1||Microgrid:1||Multimodule Design:1||Nanoparticles:1||Natural gas liquids:1||Natural gas separation:1||NewtonRaphson method:1||Nonpower industries:1||Numerical modeling:1||Parameter estimation:1||Permeance regression:1||Process Design:1||Process Modeling:1||Process modeling:1||Process modification:1||Profile likelihood:1||Refrigeration:1||Retrofit:1||Reverse Osmosis:1||Stacked design:1||Steam gasification:1||Superstructure approach:1||Surface plasmonic resonance:1||Tanksinseries model:1||Thermodynamic models:1||Waste Heat Recovery:1||avascular tumor:1||boron:1||chemotherapy:1||computer simulation:1||desalination:1||electrolysis:1||hydrogen:1||improving efficiency:1||machine learning:1||magnetic fields:1||methanation reaction:1||model reduction:1||modeling:1||nonstoichiometric:1||nutrient supply:1||parameter estimation:1||partial differential equations:1||regression:1||reverse osmosis:1||seawater:1||simulation:1||stoichiometric:1||tumor growth model:1||tumorimmune interaction:1||Acid gas removal unit:1||water gas shift reactions:1||Biogas upgrading:1||CO2 Absorption:1||CO2 Capture:1||CO2 permeance:1||CO2/CH4 selectivity:1||Ceramic Membrane:1||Chemical Absorption:1||Chemical absorption:1||Combined Heat and Power:1||Desalination:1||Economic assessment:1||Edge emission:1||Electricity Storage:1||Energy Recovery:1||Energy minimization:1||Flow assurance:1||Gas permeation:1||

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