Slippery surface - Globe Thesis

Keyword [Slippery surface] Result: 1 - 19 \| Page: 1 of 1
1.	High-Performance And Inexpensive Ultra-Slippery Polydimethylsiloxane As The Novel Planar Microfluidic Platform
2.	Research Of Bio-inspired Slippery Surface And Application On Microbiologically Induced Corrosion And Biofouling
3.	Fabrication Of Fluorosilicone Superwetting Surfaces And Application In Anti-fouling And Anti-icing Coatings
4.	Studies On Synthesis Of Superhydrophobic Surface And Super Slippery Surface And Their Performances
5.	Preparation And Properties Of Slippery Coatings For Marine Antibiofouling
6.	Fabrcation Of Slippery Liquid-infused Porous Surfaces And The Effect Of Interface Structure On The Slippery Behavior
7.	The Preparation Of Photoelectric Cooperation Responsive Slippery Surface Towards Smart Control Of Droplet Motion
8.	Micro/nanostructure And Superwetting Behavior Of Bionic Slippery Surfaces
9.	The Fabrication Of Magnetically Responsive And Anisotropic Solid Slippery Surface And Their Applications In Droplet/Bubble Transportation
10.	Anti-fouling And Corrosion-resistance Performance Of Bionic Slippery Surface Fabricated On Titanium Alloys
11.	The Preparation Of Thermoresponsive Slippery Surface Based On Femotosecond Laser Towards Droplet Dynamic Manipulation
12.	Three-Dimensional Motions And Adhesion Of Bacteria On Dynamic Surfaces
13.	Preparation Of Multifunctional Super-wetting Surface And Research On Surface And Interface Behavior
14.	Fabrication And Properties Of Bionic Functionalized Superlyophobic Surfaces
15.	Fabrication Of Liquid Porous Silicone Superslippery Surface And Research Of Its Icephobic Performance
16.	Research On The Preparation And Wetting Behavior Of Super-slippery Shape Memory Epoxy Resin Surface
17.	Construction Of Micro-nano Structure Based On Pore Array Laser-induced Surface Of Titanium Alloy And Its Wettability And Durability Performance
18.	Construction And Performance Of The Superhydrophobic/Slippery Surface On Stainless Steel
19.	Graphene Actuator With Bionic Slippery Surface
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