Polymer microneedles (MNs) have gained increasing attention as a minimally invasive
method for efficiently delivering drugs and vaccines in a patient-friendly manner. Herein, an …

Cataluminescence-(CTL-) based sensors are among the most attractive and effective tools
for gas sensing, owing to their efficient selectivity, high sensitivity, and rapidity. As the …

Aviation superalloy is widely used in aviation parts because of its high temperature strength
and good fatigue resistance. Due to its high yield strength and low thermal conductivity, it is …

Ultra-thin silicon oxynitride (SiO x N y) layers were deposited by direct interaction of plasma
species formed in an atmospheric pressure plasma jet (APPJ) with a silicon wafer. APPJs …

We developed a localized plasma-enhanced chemical vapor deposition (PE-CVD)
technique to deposit silicon oxide with a sub-micrometer width on a substrate using an …

In recent years, improving the surface properties of large-scale insulation by plasma
modification has attracted extensive attention with the development of power systems and …

Plasma hydrophilization is a general method to increase the surface free energy of
materials. However, only a few works about plasma modification focus on the …

The adhesion between an alumina ceramic and a glass fibre-reinforced polyester matrix
composite has been investigated. The effect of various alumina surface treatments, including …

We developed a local irradiation system for atmospheric pressure inductively coupled
plasma (ICP) using a quartz capillary nozzle (nanopipette) with a sub-micrometer diameter …

采用过氧化氢与常压等离子体2 种方法对羊毛织物进行处理, 对改性前后羊毛织物的亲水时间和
芯吸高度进行研究, 分析了输出功率, 气体流速, 处理时间及气隙间距对毛织物表面润湿性能的 …