emulsion droplets - Globe Thesis

Keyword [emulsion droplets] Result: 1 - 20 \| Page: 1 of 2
1.	Oil Droplet Dielectrophoresis And Its Application On Biosensors
2.	Compartmentalization Of Incompatible Reagents Within Pickering Emulsion Droplets For One-pot Cascade Reactions
3.	The Study On The Movement And Coalescence Mechanism Of Emulsion Droplets Under Pulsed Electric Field
4.	Preparation Of Composite Micro-and Nanostructures Through Interfacial Adsorption And Self-Assembly Process
5.	Studies On The Preparation And Melt-Blown Spinning Of Temperature Resistant Microencapsulated Phase Change Materials
6.	Self-assembly Of Amphiphilic Block Copolymers At The Interface
7.	The Experiment Research On The Formulation And Performance Evaluation Of Spontaneous Emulsification Flooding System
8.	Mechanism And Experimental Study On Coalescence And Release Of Double-emulsion Droplets By AC Electrokinetics
9.	Research On Fabrication Of Guided Microcapsules And Controllable Release Of Their Encapsulants Based On Double-emulsion Droplets
10.	Development Of Surfactant Adsorption Kinetics Model On The Interface Of Emulsion Droplets
11.	Encapsulation Of Enzyme In Pickering Emulsion Droplets For Enzymatic Reactions
12.	The Research For Pickering Emulsion Droplets As Microreactor With Light And Magnetic Responses
13.	Effects Of Cations On Emulsion Droplets Containing Copolymers And Their Assembled Structures
14.	Co-assembly Of Block Copolymers And Inorganic Nanoparticles Within Emulsion Droplets
15.	Study On Microscopic Motion Characteristics Of Oil-water Emulsion Droplets In Coupling Field
16.	Research On The Formation Of Double Emulsion Droplets Based On Vibration Excitation
17.	Stability of water-in-diluted bitumen emulsion droplets
18.	Ultrasonic characterization of crystal dispersions and frozen foods
19.	The development of a macroscopic model of solids-stabilized emulsion droplets in reduced gravity
20.	Stdudy On The Coalescence Characteristics Of Oil-water Emulsion Droplets Under The Combination Of Flow Around A Cylinder And Electric Field
<<First <Prev Next> Last>> Jump to