This review aims at providing an examination of the central polymeric systems that have been tested by the Solution Blow Spinning Technique (SBS). The SBS is an on-demand micro/nanofibrous material forming technique that uses simple instrumentation, thus making its research substantial. Although other studies had already presented the SBS parameters and their correlations with fiber morphology, it’s still unclear for polymeric researchers which systems have already been tested, therefore some questions remain unanswered, such as: “which polymers have been used most in the art?”, “which solvents have promoted the fiber formation?”, “which additives or particles were tested for composite polymer fibers?”, “for which applications have the fibers been targeted?”, “what adaptations have been investigated to overcome the challenges of the process?”. Seventy-nine articles related to polymeric fibers produced by SBS, reported from January 2010 to May 2019, were chosen among four databases, using precise keywords. The principal findings of these articles were presented and reviewed, using additional references as support. From this study, polymeric researchers will have access to the current SBS state-of-the-art, being able to try new polymer-solvents combinations, as well as to solve the existing process inconveniences.

这篇综述的目的是提供对通过溶液吹纺技术（SBS）测试过的中央聚合物体系的检查。SBS是一种按需使用的微/纳米纤维材料成型技术，它使用简单的仪器，因此其研究意义重大。尽管其他研究已经介绍了SBS参数及其与纤维形态的相关性，但对于聚合物研究人员来说，尚不清楚哪个系统已经过测试，因此仍未解决一些问题，例如：“哪种聚合物在本领域中使用最多？” ，“哪些溶剂促进了纤维的形成？”，“已测试了哪些添加剂或颗粒用于复合聚合物纤维？”，“针对纤维的目标应用是什么？”，“已进行了哪些适应性研究，以克服纤维的挑战。处理？”。从2010年1月至2019年5月，报道了SBS生产的与聚合纤维相关的79篇文章，使用精确的关键字从四个数据库中进行了选择。介绍了这些文章的主要发现并进行了回顾，并使用其他参考文献作为支持。通过这项研究，聚合物研究人员将能够使用当前的SBS最新技术，能够尝试新的聚合物-溶剂组合，并解决现有工艺的不便之处。