Spanish researchers developed a new micro-structuration process to improve the undesired wetting behaviour of polypropylene (PP).
Plasma Processes and Polymers
A Deeper Dive Into Plasma Polymer Films In Hydrated Conditions
A new study examined the complex environment of and processes in stable plasma polymer films in aqueous conditions.
Micron-Scale Wedge Thin Films Deposition Made Simple
Researchers made a simple and straightforward modification to the conventional method of thin film deposition to establish an easier procedure for the production of micron size wedge thin films.
Plasma Pretreatment Processes Improve Plastic Coatings Twofold
A new study shows that propanol-based plasma pretreatment of plastics not only improves adhesion of coatings to plastics but improves the coatings themselves as well.
Small Changes, Big Results: New Plasma Jet Design Shows Improved Plasma Treatment
A new study shows promising improvement in plasma treatment by using only small modifications in the plasma jet set-up.
Natural Medicine and Plasma Technology Come Together in New Research
A new study reports for the first time that pre-sowing seed treatment with physical stressors induce not only changes in germination and plant growth but also substantial increase in amounts of biologically active constituents and antioxidant activity in leaves of medicinal plant.
Plasma-Processed Air To Keep Your Fruit and Veggies Fresh
Researchers present an experimental set-up which generates plasma processed air to wash and dry off fresh and fresh-cut produce.
Using Water and Air to Develop Plasma Activities and Applications
New research enhances understanding of plasma activated liquids (PALs) by using water and air to benefit sterilization and decontamination applications.
New Method of Analysis for Film Deposition
A new method of analysis of plasma-chemical energy-transfer processes is demonstrated.
A New Straightforward Protocol for the Fabrication of Multifunctional Smart Coatings
A new straightforward plasma polymerization protocol to tune wettability and chemical structure opens up a potential door for the fabrication of smart surfaces.
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