SEARCH Articles Figures Tables Acid-Base and Redox Properties of Mixed Oxides Acid-base properties mixed oxides Acidosis in mixed acid-base disorders Alkalosis in mixed acid-base disorders Chaotic Mixing Based on Viscoelasticity Diffusion-Based Mixing Evaluation of mixing performance based on transition response method Gene-Based Medicine A Mixed Blessing Mixed Derivatives Based on Arylphosphino Units Mixed Oligomers Based on Biphospholes with other (Hetero)aromatics Mixed Oligomers Based on Phospholes with Ethenyl or Ethynyl Units Mixed Oligomers Based on Phospholes with Other (Hetero)aromatics Mixed Oligomers and Polymers Based on Dibenzophosphole or Dithienophosphole Mixed acid-base disorders Mixed acid-base disturbances Mixed acid-base indicators Mixed acid-base indicators Terms Mixed acid-base properties Mixed base types Mixed macrocycles based on thiophenes and other unsaturated units Mixed-base crude Mixing energy-based control Polymer-Based Mixed-Mode Columns Recycle-flow Coanda-effect Mixing Based on Taylor Dispersion Recycle-flow Mixing Based on Eddy Formation Respiratory and mixed acid-base disorders Silica-Based Mixed-Mode Columns Solvents, mixed aqueous acid/base properties Using Lithium-, Sodium-, or Magnesium-Iron Mixed-Metal Bases Using Lithium-, Sodium-, or Magnesium-Zinc Mixed-Metal Bases Using Lithium-Aluminum Mixed-Metal Bases Using Lithium-Cadmium Mixed-Metal Bases Using Lithium-Cobalt Mixed-Metal Bases Using Lithium-or Magnesium-Lanthanum Mixed-Metal Bases Using Lithium-or Sodium-Magnesium Mixed-Metal Bases