This review systematically summarizes the limitations of solid electrolytes including inorganic solid electrolytes, solid polymer electrolytes, and composite solid electrolytes.

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The annular woven shaped fabrics are woven on ordinary weaving frames, and equally distributed long and short wefts in the fabric, which can make the whole fabric has equal weft density. Though the fabric is woven on ordinary weaving frame, the batch roller is cone frustum, not cylinder. When batching the annular shaped woven fabric, the share deformation happens. In this paper, adopted plain weave and twill weave to weave the shaped fabric, and contrast the shear deformation between the two weaves. The result shows that the woven fabric with twill weave is softer, and easy to reach deformation balance in the process of weaving, so the woven fabrics with twill weave have more equal weft density and more flatten.

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The properties of four different activated carbon fiber cloth (ACF), such as specific surface area, pore volumes and pore size distribution, were evaluated. The relationship between ACF properties and its electrosorption performance was analyzed. The experimental results show that pore structure has more influence on the performance of ACF electrode than that of specific surface area for ACF material. More abundant mesopores and shallower pore channels for ACF is favorable to improve the specific capacitance and electrosorption capacity of ions.

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In order to study hematite of different crystallography form with hydrogen peroxide to form various kinds of Fenton-like reagent in the process of phenol removal, we discuss the effect of different shapes, particle sizes and some other factors on the degradation of phenol in the process of catalysis. This article studies the synthesis of Fenton-like reagent with hematite and its role in the process of catalysis of phenol to find the most suitable crystallography form.

In order to find the appropriate method to appraise the wear resistance of coated fabrics, Ti film was manufactured on the nylon fabric in different process conditions through magnetron sputtering, and then methods of breakage, mass loss, transmissivity and the changes of grey value were used to analyze the wear resistance of coated fabric. The results show that: the test data of sample breakage method can not be easily collected. The weight loss method has a very small difference before and after rubbing, and the static electricity attracts dust during the friction process that adds the error of experimental results. The Gaps between the fabric yarns result in large fluctuations in the method of transmissivity. The change of grey value method reflects well with the wear of coated fabric after rubbing and is suitable for evaluating the wear resistance of magnetron sputtering coated fabric.