Discusses in detail the mechanism and methods of density gradient ultracentrifugation Provides rich examples using different DGUC systems to show the versatility of this technique in nanoseparation Introduces the computational model for the optimization of the separation parameters Proposes a "Lab in a tube" concept for size-property relationship investigation, synthetic optimization and reaction/assembly mechanism exploration etc
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Discusses in detail the mechanism and methods of density gradient ultracentrifugation Provides rich examples using different DGUC systems to show the versatility of this technique in nanoseparation Introduces the computational model for the optimization of the separation parameters Proposes a "Lab in a tube" concept for size-property relationship investigation, synthetic optimization and reaction/assembly mechanism exploration etc
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