Shilin Huang, Juan Li, Lin Liu, Lidan Zhou et al.
Surfaces enabling directional drop self-transport have exceptional applications in digital microfluidics, chemical analysis, bioassay, and microreactor technology. While such properties have been obtained by engineering a surface with anisotropic microstructures, a microscopic liquid residue-though ...
Yi Zhou, Shilin Huang, Xuelin Tian
Abstract Magnetic actuation provides a remote, nondestructive, and real‐time way for controllable liquid manipulation, which has promising technological applications for areas ranging from digital microfluidics, biochemical assays, and microreactors, to liquid collection. However, conventional magne...
Lvye Fang, Jinghua Zhang, Yuxin Chen, Shilin Liu et al.
Abstract Slippery omniphobic covalently attached liquids enable smooth, transparent, pressure‐ and temperature‐resistant, and liquid‐repellent coatings. Patterned functionalization of such surfaces would drive technology developments and fundamental understandings in broad applications from biosenso...
Ruisheng Guo, Mengling Ouyang, Yue Fan, Xuelin Tian et al.
Abstract Active control of droplet motion on solid surfaces has attracted tremendous attention due to its wide range of applications. Manipulation of nonmagnetic droplets using magnetic fields is realized using magnetoresponsive surfaces, though they require large magnetic fields and the positioning...
Shilin Huang, Juan Li, Lin Liu, Lidan Zhou et al.
Lossless fast drop self-transport without even a microscopic liquid residue is achieved on an anisotropic omniphobic surface coated with unique liquid-like polymer brushes, as shown by Juan Li, Xuelin Tian, and co-workers in article number 1901417. Compared with conventional solid coatings, a liquid...
Ling Sun, Shiling Shi, Yanhua Liu, Cheng Qian et al.
This paper presents a configurable and low latency NoC. The RTL architecture is designed and implemented on an FPGA platform. In order to reduce the latency, we apply the look-ahead XY routing algorithm and improve the framework of the traditional virtual channel allocator, as well as the switch cha...
Jingda Zhao, Shilin Liu, Yuwei Li, Xin Wang et al.
Dual-energy X-ray imaging is of significant interest for medical diagnostics, security screening, and industrial inspection; however, existing approaches based on photon-counting or multilayer detectors often increase the system complexity. Here, we introduce a surface-treated perovskite thin-crysta...