Effect of B-site W/Mn co-doped on the structural and electrical properties of CaBi2Nb2O9

The Influence of Heat Treatment on Microstructure and Properties of Selective Laser Melting CuCrZr Alloy

“…[42] Additionally, when dislocations interact with nanoscale precipitates, particularly when the spacing between Cr precipitate particles is small, the movement of dislocations encounters obstacles, leading to stress concentration, lattice deformation, and consequently inducing the Orowan hardening effect. [42,43] When precipitates are in a coherent relationship with the matrix, the estimated contribution of the maximum shear stress to the YS (Δσ csmax ) is given in Equation ( 6) and ( 7)…”

Features of Anisotropic Drug Delivery Systems

“…For instance, according to previous studies, carriers' geometries affect a number of processes involved in the drug delivery mechanism. In particular, the geometry of the carrier can affect particle transportation, accumulation, and biodistribution [ 1 ] on a vascular level, as well as the rate of internalization, [ 2‐4 ] adhesion, [ 5 ] and toxicity. [ 6 ] Chemical anisotropy provides a platform for side‐specific functionalization [ 7,8 ] and/or multi‐compartmental encapsulation [ 9 ] of several biologically active substances in one capsule.…”

“…Huang showed pollen‐inspired particles for gastrointestinal drug delivery with adhesive multilobe structures made using microfluidics (Figure 1b). [ 5 ] Due to its huge surface‐bearing capacity, filamentous viruses and phage‐mimetic nanoparticles are attracting more and more attention as a drug delivery vehicle itself or an inspiration for artificial filamentous DDS. Thus, filomicelles persisted in circulation ten times longer than their spherical counterparts, inspired by natural filoviruses, such as Ebola (Figure 1c,d).…”

“…Reproduced with permission. [ 5 ] Copyright 2023, John Wiley and Sons. C) TEM image and length distribution of filomicelles.…”

Activating black phosphorene's inert basal plane via nonprecious metal–nonmetal co-doping for visible-light-driven photocatalytic H2 evolution

“…22,23 Suitable doping can modify the carrier distribution within materials, altering the charge transfer dynamics. 24 It can also improve the visible-light absorption coefficient 25 and provide orbits suitable for reactant adsorption, which is essential for activating more catalytic sites. 26 These effects of doping collectively contribute to the optimization of photocatalytic materials for enhanced performance in photocatalytic processes.…”