In recent years, superhydrophobic surfaces have attracted significant attention due to their
promising applications, especially in ice prevention, reduction in air resistance, and self …

Improving condensation on large-scale surfaces promotes a wide range of manufacturing
fields. To take advantage of both dropwise and filmwise condensation properties, both …

Materials require specific surface structures to achieve the best performance, but achieving
an optimal structural design requires a systematic study of how structure affects …

We study the effect of inflation on the swelling-induced wrinkling of thin elastic membranes
in a set-up that is commonly used to create microchannels in lab-on-chip applications. Using …

Self-cleaning coatings are intensively investigated for applications related to solar energy
conversion, such as applied on the glazing of photovoltaic (PV) modules or solar-thermal …

Antireflective metal surfaces have played an essential role in practical applications in the
fields of photodetectors, infrared imaging, stray light shielding, photoelectric heat transfer …

In modern decades, there has been a lot of interest in self-cleaning surfaces due to their
potential in both elemental research and real-world applications. Changes in surface …

Aims: In recent years, awareness of how urban surfaces can improve the microclimate has
grown. Meanwhile, the challenge of using cool materials in urban spaces to change the …

Photocatalytic coatings with self-cleaning properties are becoming increasingly more
popular due to the increased awareness of the importance of cleaning and the associated …

In this urbanized world, people have limited time and access to labors to clean the items one
is associated with. Self-cleaning of the items which humans use every day or occasional is …