The phrase "adsorption power" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in chemistry or materials science, to describe the ability of a substance to attract and hold molecules on its surface.
Example: "The adsorption power of the new material was tested to determine its effectiveness in capturing pollutants from the air."
Alternatives: "adsorptive capacity" or "adsorption capacity".
The main reason is that the adsorption power is achieved from the whole structure, while the enhancement of the electric field normally refers to the maximum value at the hottest point.
The rank order of adsorption power of clay minerals for the nonionic surfactant was montmorillonite⪢illite>kaolinite.
Its adsorption capacity was compared to that of existing commercial materials, showing its increased adsorption power.
Overall, the OH groups that represent the adsorption power of the material were also increased in the Ti-KIT-6 samples from Si/Ti ratios of 200 to 100, and then a slight decrease was found in the 50 ratio.
If the mineral subsoil is clayey it is more difficult to obtain a good mixture, but clay admixtures have greater adsorption power for fertilizers.
The overarching objective of the work presented here is to break this paradigm by developing and demonstrating a new harmonic adsorption recuperative power cycle (HARP) system that offers 40% more efficient power generation as compared with a standard ORC system and estimated electric power production costs at very competitive rates below $0.10/kWh.
Using the bidentate adsorption model, the power conversion efficiency (PCE) for the C217- TiO2 16 system was predicted to be as high as 9.72%, which was in excellent agreement with its measured value (9.80%).
Adsorption cooling systems powered by low grade heat sources are presented here.
In summary, the experiments described here highlight the power of adsorption templates for the study of fundamental processes at the atomic scale.
Experimental results showed that the adsorption chiller can be powered by 55 °C of hot water.
These adsorption ice makers are powered by low grade heat sources like solar heat, automobile/industrial waste heat etc.
