Peptide stapling was demonstrated to notably enhance cell permeation of an H-helix derived peptide termed EHBI2.
It is shown that stoichiometric Y2O3 with much strong YO bond and cubic nanophase with larger size notably enhance the optical properties, especially refractive index.
The combination of feasible bottom-up hydrothermal synthesis is demonstrated to notably enhance thermoelectric performance of the PbTe matrix with different Se-doped contents.
Structural changes, especially textural modification together with appropriate Cr doping can notably enhance the photocatalytic property of the photocatalyst via a real change in the electrical conductivity of the doped films as shown in LBIC measurements (Figure 3a).
The addition of 0.9 wt.% MWCNTs can notably enhance the wave absorption performance of the cement mortar and make the bandwidth below −10 dB reach 7.1 GHz in the frequency range of 8 18 GHz.
Additionally, the presence of rare earth in laser claddings can notably enhance tribo-mechanical properties such as surface hardness, modulus of elasticity, fracture toughness, friction coefficient and wear rate.
