Ting Huang's research while affiliated with Chongqing University of Technology and other places

... Many researchers have studied the inhibition of dewetting behavior of polymer thin film [8]. There are 3 common methods to inhibit dewetting: interface modification [9][10][11], polymer modification [12], and polymer cross-linking [13][14]. In the last decade, the new simple method to prevent dewetting behavior occurs, addition of nanoparticles [15][16][17][18][19]. Barnes et al. [20] is the first investigator who found that addition small amount of C60 (fullerene) nanoparticles can suppress dewetting behavior. ...

... In this instability, [4] the growth of fingers is a sort of Laplacian growth. This interesting phenomenon is regarded as a representative of interfacial pattern formation and has been studied numerously, from various perspectives, since it also frequently occurs in nature and industrial applications, such as sugar refining, carbon sequestration, enhanced oil recovery [5], oil well cementing [9], printing devices [8], chromatographic separations [7], coating, adhesives, and growth of bacterial colonies [6]. Viscous fingering in a traditional Hele-Shaw cell , made of two parallel flat plates with a small gap, has received much attention as a suitable framework to analyze interfacial instabilities in narrow confined passages, e.g., in porous media [11]. ...

... In asphalt, elastomers such as SBS form a highly elastic network by crosslinking with some of the asphalt components or by using catalysts. The presence of a polymer network in asphalt increases the stiffness (complex modulus) and elastic properties (lower phase angle) of the material and also reduces its temperature sensitivity (Cardone et al. 2014;Yildirim 2007;Khattak and Baladi 2001;Xia et al. 2016). ...