The phrase "and reducing the diffusion" is correct and usable in written English.
It can be used in contexts discussing the decrease of spread or distribution of something, such as information, substances, or phenomena.
Example: "The new policy aims at improving efficiency and reducing the diffusion of misinformation within the organization."
Alternatives: "and minimizing the spread" or "and limiting the distribution".
The unique core/shell CoP@C polyhedrons can offer more electrode/electrolyte contact area and reduce the diffusion distance of Na+, while carbon layer shell can enhance electronic conductivity and buffer volume change, and prevent CoP from pulverization and aggregation.
We found that transplanted fibroblasts increased the level of inflammation and glial cell encapsulation at the transplantation site, and reduced the diffusion of a 70 kDa dextran probe through the reactive tissue.
These results indicate that the three-dimensional conductive network of the MnO@C-CNTs composite could prevent the aggregation of MnO particles, and its open structure allows electrolyte penetration, and reduces the diffusion path of the lithium ions, hence maximizes utilization of the electrochemically active MnO particles, while enhances the conductivity of electrode material and Li+ transport.
Here we focused on the design and preparation of 3D porous hollow Co3O4 micro-spheres, in which gas-blowing agents (air) and maximize interfacial interactions were introduced to enhance mass transport and reduce the diffusion distance between the oxidizer and fuel (Aluminum).
At lower adsorbent bed height, axial dispersion phenomenon predominated and reduced the diffusion of CV adsorbate (Foo and Hameed 2012).
The nanostructures provide a larger electrode/electrolyte contact area to increase the intercalation kinetics and reduce the diffusion paths to accelerate Li+ and electron transport [18].
This significant electrochemical hydrogen storage performance can be attributed to its hierarchical architecture, which leads to increasing the surface area, reducing the diffusion pathway, and buffering the volume change during cycling.
This allows the use of the device directly on the patient bed, thereby minimising the length of catheters required and reducing the effect of diffusion that affects the time resolution.
This serves to improve both thermal and hydrothermal stability, while also generating mesopores, thus making the crystallite more accessible and reducing the severity of the diffusion limitations.
