Metallic glasses have aroused considerable interest in the past decades because they exhibit fascinating properties.
AuNP synthesized with biological base are interesting, predominantly because they exhibit the best compatibility with biomolecules.
Because they exhibit variety bioactivities, meanwhile, phenylpropanoids and phenylethanol derivatives are characteristic in Rhodiola plants.
Metal nanoparticles are of great interest because they exhibit interesting optical, electronic, magnetic, and chemical properties.
There is a great interest for multilayer hard coatings because they exhibit enhanced properties resulting from their nanostructuration.
From an engineering standpoint, conjugates are exciting because they exhibit properties of both the biomolecules and synthetic polymers.
These probe compounds were selected because they exhibit equal reactivities with hydroxyl radicals, but have varied hydrophobicities.
TMDs have received significant attention because they exhibit unique electrical [6,7], optical [8-15], and mechanical [16,17] properties.
Biosurfactants have gained attention because they exhibit some advantages such as biodegradability, low toxicity, ecological acceptability and ability to be produced from renewable and cheaper substrates.
Lithium-sulfur (Li-S) batteries are a promising electrochemical system because they exhibit high theoretical capacity of 1672 mAh g−1.
Elastin-like peptides are attractive candidates as a platform for novel biomaterial design because they exhibit a highly tunable response spectrum, with reversible phase transition capabilities.
