Study of Temperature Effect on Cascade Characteristics of Nanofluidic Energy Absorption System

Nanofluidic energy absorption system (NEAS) with cascade characteristics can absorb on different levels simultaneously in one system, which greatly enriches its functions and applications. The pore structure size distribution of porous media play a crucial role the design construction nanofluidic systems. In this paper, two models were constructed using carbon nanotubes diameters, was model tubes both end immersed water (DNEAS), other to end, big tube (SNEAS). effects temperature-coupled infiltration processes molecules into investigated. fitting correlations between critical difference temperature established. microscopic mechanism effect illuminated. With increase temperature, systems displaying transformed single-stage without characteristics. Due significant increased size. research results expanded basic database provided guidance for application