It was proved that 3D printing process provides homogeneous dispersion of nanoparticles, alleviating agglomeration of nanoparticles and reducing micro-crack/voids in matrix which can potentially enhance their dielectric property than traditional methods.
Moreover, Se-based phase acts as an additional stabilizer to alleviate Sn agglomeration during cycling.
First, the layered structure of the NiFe2O4/EG nanocomposite can alleviate the agglomeration of materials and improve the cycling performance.
Therefore, the crystallization of TiO2 on the surface of rGO was particularly helpful in overcoming this interaction, which could ultimately alleviate the agglomeration and restacking of the graphene sheets.
The presence of graphene effectively alleviates the agglomeration of FeOx nanoparticles, and accommodates the volume changes during the cycling process, thereby resulting in the excellent electrochemical performance.
It is assumed that PVP favored the dispersion of substrate microspheres (i.e., the SiO2/GO microspheres) and effectively alleviated the agglomeration of products during the hydrothermal process, leading to well-defined Ni3Si2O5(OH)4/RGO composite hollow microspheres.
Such submicron size-predominated Fe3O4@C composite is hopefully not only favorable in alleviating the agglomeration of the iron oxide during cycling, but also helpful in getting high packing density of the anode material.
These results suggested that VCL could alleviate the damage caused by salt stress in pomegranate by limiting the agglomeration of Na+ and amending the activities of antioxidant enzymes by which the efficiency of plant increases.
Carbon nanoparticles in the composites act as spacers to effectively prevent graphene from restacking and agglomeration, construct efficient 3D conducting architecture with graphene for honeycomb MnO2 nanospheres, and alleviate the aggregation of honeycomb MnO2 nanospheres by separating them from each other.
The new policy should alleviate the problem.
