Due to their unique properties, nanofibers have been widely used in various areas, for example, information industry, pharmaceutical application, environmental industry, textile and clothing, etc. Bubble electrospinning is one of the most important non-needle electrospinning methods for nanofiber fabrication. It usually uses polymer bubbles for the production of nanomaterials by using electrostatic force, flowing air or mechanical force to overcome the surface tension of bubbles. Bubble electrospinning mainly includes bubble electrospinning and blown bubble electrospinning. History of the development of bubble electrospinning is briefly introduced in this article, and the most promising patents on the technology are elucidated. The methods of bubble electrospinning are single bubble electrospinning, porous bubble electrospinning, blown bubble electrospinning, electrostatic-fieldassisted blown bubble spinning and others. These different bubble electrospinning methods are also discussed in this paper.

由于其独特的性能，纳米纤维已广泛用于各个领域，例如信息工业，制药应用，环境工业，纺织和服装等。气泡静电纺丝是制造纳米纤维最重要的无针静电纺丝方法之一。它通常通过利用静电力，空气或机械力克服气泡的表面张力，将聚合物气泡用于生产纳米材料。气泡静电纺丝主要包括气泡静电纺丝和吹塑气泡静电纺丝。本文简要介绍了气泡静电纺丝的发展历史，并阐明了该技术中最有前途的专利。气泡静电纺丝的方法有单气泡静电纺丝，多孔气泡静电纺丝，吹泡静电纺丝，静电场辅助吹泡纺丝等。本文还讨论了这些不同的气泡静电纺丝方法。