DLVO - Globe Thesis - Globe Thesis

Keyword [DLVO] Result: 41 - 60 \| Page: 3 of 4
41.	Identifying colloid-stabilizing forces in aqueous and non-aqueous media using atomic force microscopy and extended DLVO theory
42.	Transport mechanisms of titanium dioxide nanoparticles in porous media
43.	Surface Charge Heterogeneities and Shear-Induced Coalescence of Bitumen Droplets
44.	Evaluation of Derjaguin, Landau, Verwey, and Overbeek (DLVO) theory with disjoining-pressure and film-conductance measurements of surfactant stabilized free foam films
45.	Hydrophobic forces in free thin films of water in the presence and absence of surfactants
46.	Deposition of emulsions in an impinging jet cell
47.	Study On The Process Optimization And Mechanism Of Ultra Clean Coal Prepared By Selective Agglomeration
48.	The Influence Of Surface Modification Of Carbon Fibers On Bacterial Cells Immobilization Based On DLVO Theory
49.	Research On The Particle Size Effect In The Flotation Of Carbonate-Containing Hematite Ores
50.	Study On The Entrainment Behavior Of Easy-to-slime Minerals In Flotation Process And Its Mechanism
51.	Study On Mechanism And Applicability Of Low Salinity Waterflooding Based On DLVO Theory
52.	Colloidal Stability Of Carbon Nanotubes In Aqueous Environment And Their Adsorption Of Typical Perfluorinated Compounds
53.	Key Influencing Factors In The Process Of Mud Settlement Of Bauxite Tailings
54.	The Adsorption Of Salmonella On Lettuce Surface Under Different Conditions And The Scavenging Effect Of Phage
55.	Aggregation Kinetics Of Nanoparticles During Environmental Transport
56.	Stability And Mechanism Of Different Gas Nanobubbles In Deionized Water And Salt Aqueous Solutions
57.	Study On The Transport Mechanism Of Aging Microplastics In Porous Media
58.	Characterization Of Nanofiltration And Forward Osmosis Filtration Of Dissolved Organics
59.	Study On The Rheological Mechanism And Regulation Techniques Of Alkali-activated Slag Pastes
60.	Micro-forces And Rheological Property Of Cement-based Mineral Dispersion Systems
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