Author Archives: Jarek Drelich
Magnesite Nano-roughness Effect on Flotation
A new contribution entitled “Water droplets and air bubbles at magnesite nano-rough surfaces: analysis of induction time, adhesion and detachment using a dynamic microbalance” and published in the Minerals Engineering journal is the result of our collaborative project with Northeastern … Continue reading
JOM Collection of Papers
Three members of our team, Dr. Drelich, Dr. Sikora-Jasinska and Dr. Mostaed, have served as guest editors to the JOM journal and prepared a collection of quality papers on Biodegradable Materials for Medical Applications II. To mitigate the long-term side … Continue reading
Magnesium Alloy
We have published a new article entitled “Tailoring the mechanical and degradation performances of Mg-2.0Zn-0.5Ca-0.4Mn alloy through microstructure design” in the JOM journal A novel Mg-2.0Zn-0.5Ca-0.4Mn alloy was formulated and processed through melt spinning and hot extrusion to enhance the … Continue reading
Intimal Hyperplasia for Zn Implants
Biodegradable arterial implants based on zinc have been found to suppress neointimal hyperplasia, suggesting that biodegradable materials containing zinc may be used to construct vascular implants with a reduced rate of restenosis. However, the molecular mechanism has remained unclear. In … Continue reading
Flotation of Magnesite
Our visiting scholar from the Northeastern University in Shenyang published a new paper entitled Effect of Nano-sized Roughness on the Flotation of Magnesite Particles and Particle-Bubble Interactions in the Minerals Engineering journal. In this study, magnesite was ground in stainless-steel … Continue reading
Effect of Proteins on Zn Corrosion
Understanding the surface interactions and reactivity of Zn-based biomaterials with constituents of physiological fluids such as proteins and ions is essential for an accurate evaluation of biomaterial corrosion initiation and progression. In our new contribution entitled Albumins Inhibit the Corrosion … Continue reading
Liquid Adhesion to Concentric Pattern
Advances made in fabrication of patterned surfaces with well-defined dimensions of topographic features and their lateral dissemination drive the progress in interpretation of liquid spreading, adhesion and retreat on engineered solid surfaces. Despite extensive studies on liquid droplet spreading and … Continue reading
SI Volume 8 Issue 3
We would like to share with you the content of the third issue of 2020 of Surface Innovations. This issue offers eight quality original papers on a broad variety of topics. Hope many of you will find something interesting among … Continue reading
MSGC Scholarships
Congratulations to Emily Tom and Torri Nizzi for winning the Michigan Space Grant Consortium (MSGC) fellowships in graduate and undergraduate, respectively, categories.
Water Adhesion to Methylated Glass
Measurements of the spreading and capillary forces for liquids deposited on solid surfaces of varying surface chemistry and topography are a prerequisite to better understanding and quantification of the wetting mechanisms. In this study, glass slide surfaces were modified with … Continue reading
