In recent years, with the progress of image acquiring hardware and software, imaging of the bulbar conjunctiva as a variety of noninvasive observation method was frequently explored. Disorders that are commonly associated ...

This work presents significant advancements in ultraporous three-dimensional nano-architectures composed of carbon and wide-band-gap semiconductor compounds. These aero-nanomaterials, which combine the key properties of ...

Silver nanoparticles (AgNPs) show promise as complementary agents to standard anti-tuberculosis therapies, especially for multidrug-resistant TB (MDR-TB). However, their therapeutic effectiveness and safety must be evaluated ...

This study investigates how different surface pre-treatments—acid etching, argon plasma exposure, and gold sputtering—combined with thermal annealing affect the wettability and electrochemical behavior of high-purity copper. ...

We present a demonstration of a novel approach to thermoelectric energy conversion using a single element composed of an anisotropic material. In such materials, a heat flow induces a transverse thermoelectric field that ...

This paper presents a theoretical investigation of picosecond pulse generation in blue-violet InGaN semiconductor lasers with an additional saturable absorber (SA) under a Q-switching mechanism. This study addresses the ...

This work reports on the innovative fabrication and detailed characterization of aerogalnite (aero-GaN) microtubes featuring encapsulated zinc oxide (ZnO) layers. These distinctive buried ZnO layers emerge during a carefully ...

It is well known, accepted and studied that the evolution of digital technologies and practices and the emergence and development of the Internet have had a significant impact on several types of languages and on languages ...

The protection and conservation of historic buildings is a complex and extremely important activity for the preservation of the national heritage. The physical condition of historic masonry is one of the necessary steps ...

Creating an abundance of OH* active sites on the surface of an electrocatalyst is an ideal approach for improving both its performance and Cl– corrosion resistance in seawater splitting to generate hydrogen via the hydrogen ...