Surface Science Blog

Characterization of Environmentally Responsive Polymers

Need to characterize thin film build-up?

What is Interfacial Rheology?

How To Measure Surface Free Energy?

Fabricating Highly Organized Nanoparticle Thin Films

Why disposable tip dispensers are superior to disposable syringes

5 Tips &Tricks When Taking Spectroscopic Ellipsometry and QCM-D Measurements

How to measure dynamic contact angles on superhydrophobic surfaces

Vanishing interfacial tension measurement - a fast route to minimum miscibility pressure

Durability of superhydrophobic surfaces – the biggest obstacle towards real life applications

How nanomaterials interact with the environment - Understanding nanoparticle - cell membrane interactions

Lithium ion battery materials - powering the future

Advances in Wettability Analysis for Superhydrophobic Surfaces

Complex fluid-fluid system can be characterized with interfacial rheology

Evaluate the influence of surface roughness on wettability

Wettability analysis for Inkjet Printing

Why Transformer Oil testing is so important

What does QCM-D have in common with a church bell?

Protein Aggregation in Neurodegenerative Diseases

How surface roughness and wettability affects biocompatibility

Top 5 Nanotechnology Blogs

Mimicking Nature’s Expertise in Underwater Adhesives

Supercritical CO2 in Enhanced Oil Recovery

Building an Appetite for Hydroxyapatite Q-Sensors

How to study adhesion to wood-plastic composites

Top 5 Q-Sensors for biomaterials & medical device research

Interview with Prof. Joy on his biomaterials research - Part 2

Interview with Prof. Joy on his biomaterials research - Part 1

Protein Adsorption to Biomaterials

The Influence of Surface Roughness on Wettability in Paper and Board

6 Reasons to Measure Wettability in Paper and Board Quality Control