论文标题
基于小麦稻草的新型超级吸收物的合成
Synthesis of A Novel Super Absorbent Based on Wheat Straw
论文作者
论文摘要
这项研究的目的是生成基于小麦的超级吸收物，这是环保的。移植聚合的化学方法用于创建这种新型的超吸收聚合物。聚丙烯酸是用于高吸收性聚合物的产生中的构建块聚合物。此外，在各种疾病中研究了这些环保吸收的吸水能力，然后彼此相比。然后测试聚合物的吸收性。据发现，几个优化因素，例如浸没样品的时间跨度，不同溶液的效果以及温度，对超吸收体的吸收性产生了影响。光学显微镜图提供了形态学特征的证明。蒸馏水中的251％的吸收率和528.34％的氢氧化钠溶液中的吸收率分别为528.34％，可实现出色的产物。还发现，根据温度升高，吸收性增加。在80摄氏度下，在水中观察到最大吸收率，为548.6％。
The purpose of this research is to generate wheat straw based super absorbent which is eco-friendly. The chemical approach of graft-copolymerization is used to create this novel super absorbent polymer. Polyacrylic acid is the building block polymer that is utilized in the production of highly absorbent polymer. Furthermore, water absorption capabilities of these environmentally friendly absorbents are investigated in a variety of conditions and then compared to one another. The polymer is then tested for absorbency. It is discovered that several optimized factors, such as the time span of the immersed sample, the effect of different solutions, and the temperature, has an impact on the absorbencies of the super absorbent. Optical microscope pictures provided proof of the morphological characteristics. The excellent product is achieved with absorbencies of 251 percent in distilled water and 528.34 percent in a 4-weight percent sodium hydroxide solution, respectively. It is also discovered that the absorbency increased in accordance with the increase in temperature. At 80 degrees Celsius, the maximum absorbency is observed in water, at 548.6 percent.
