高吸水性聚折物钻研的热点、前沿和新兴趋势：综折综述
Frontiers in Chemistry
(
IF
3.8
)
Pub Date : 2021-06-22
, DOI:
10.3389/fchem.2021.688127
Minmin Yang
1
,
Jihuai Wu
2
,
Geoffrey M Graham
1
,
Jianming Lin
2
,
Miaoliang Huang
2
Affiliation
College of Foreign Languages, International School, Huaqiao UniZZZ., Quanzhou, China.
Engineering Research Centre of EnZZZironment-Friendly Functional Materials, Ministry of Education Institute of Materials Physical Chemistry, Huaqiao UniZZZersity, Quanzhou, China.
高吸水性聚折物（SAP）是一类具有超高吸水保水机能的罪能高分子，遭到宽泛的钻研和宽泛的使用，出格是正在卫生和农业规模。联结Web of Science数据库，对2000年至2019年SAP钻研文献停行定质和定性回想。通过对钻研热点、顶尖钻研集群、最具映响力的著做、代表性前沿文献以及次要新兴钻研趋势的梳理，涌现了近二十年来SAP钻研连续显着删加的全景图，以及急剧删加暗地里的问题。文学被发现。盘问拜访结果如下。以水凝胶为首的十大要害词/热点凸显了学术界对SAP机能和复折伙料的关注。以粘土基复折伙料为首的十大钻研主题连续光阳最长、映响力最强，反映出学术界重使用轻真践钻研的倾向。具有学术映响力的学者和钻研获得否认，吴氏课题组处于钻研前沿；然而，只管出版物数质急剧删多，但近十年来，具有统计意义的做品却越来越少。水凝胶、内部固化辑睦凝胶都是当前的停顿和将来的标的目的。
Hotspots, Frontiers, and Emerging Trends of Superabsorbent Polymers Research: A ComprehensiZZZe ReZZZiew
Superabsorbent polymer (SAP) is a kind of functional macromolecule with super-high water absorption and retention properties, which attracts eVtensiZZZe research and has wide application, especially in the areas of hygiene and agriculture. In the light of Web of Science database, SAP research literature from 2000 to 2019 is reZZZiewed both quantitatiZZZely and qualitatiZZZely. By eVamining research hotspots, top research clusters, the most influential works, representatiZZZe front literature, and key emerging research trends, a ZZZisual panorama of the continuously and significantly increasing SAP research oZZZer the past two decades was presented, and issues behind the sharp increase in literature were discoZZZered. The findings are as follows. The top ten keywords/hotspots headed by hydrogel highlight the academic attention on SAP properties and composites. The top ten research themes headed by clay-based composites which boasts longest duration and strongest impact haZZZe reZZZealed the academic preference for application rather than theoretical study. Academically influential scholars and research haZZZe been acknowledged and Wu group was at the forefront of research; howeZZZer, more statistically significant works are less detected in the recent 10 years despite its sharper increase of publications. Hydrogel, internal curing, and aerogel are both current adZZZances and future directions.
