1. Adsorbing Dynamic and Micro-Exothermic Characteristics of Methane on Polyelectrolyte Micro-Components.
- Author
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Wensheng Chen and Lili Xu
- Subjects
- *
ADSORPTION (Chemistry) , *DESORPTION , *EXOTHERMIC reactions , *METHANE , *POLYMERS , *POLYELECTROLYTES - Abstract
As a kind of abundant and bio-renewable clean energy, it plays an important role in improving the energy structure, protecting the ecological environment, and achieving the sustainable development of the national economy. However, the existing research mainly focuses on the macroscopic aspect, and rarely discusses from the microscopic aspect to evaluate the adsorption capacity of polysilicon on the pair. Here, the specific surface area, total pore tolerance and average pore diameter of micron-level polysiloxane were obtained by low-temperature nitrogen adsorption method. The results showed that the fraction of the enriched sub-quality group, the total pore volume and the average uniformity ratio were better than those of the corresponding vitrin group. The preliminary magnification method was used to study the synthesis of super-crosslinked woven microporous polymer materials at a magnification of 400 times, and problems such as mass and heat transfer during the magnification process were found and improved. It will be used for larger scale and industrial scale in the future. basis. At the same time, a preliminary exploration of the use of a variety of ultra-crosslinked woven microporous polymers for mixed storage experiments has guiding significance for the preparation of convenient woven microporous polymers to improve storage performance. [ABSTRACT FROM AUTHOR]
- Published
- 2020