近日，实验室綦松博士后制备了磁流变弹性体（MRE）的薄膜材料，利用该MRE薄膜灵敏的磁致形变特性，将其与纳米发电机相结合，设计制作了具有自供能特点的磁场传感器，能够实现在无源条件下对匀强磁场的监测。该成果最近发表在SCI 1区期刊Nanosacle上（Qi, Song, et al. "Magnetorheological elastomers enabled high sensitive self-powered tribo-sensor for magnetic field detecting." Nanoscale (2018), DOI: 10.1039/C7NR09129J.），其中审稿人给予了非常高的评价：“The manuscript is very nicely and clearly written, sufficiently illustrated and represents a solid study of designed sensor performance. The conclusions are confirmed by experimental findings and in my opinion the manuscript will find a significant interest among the broad field of Nanoscale readers working in the area of smart magnetorheological materials, sensors and wireless electronics.”
图1. 基于MRE薄膜的磁致形变设计的自供能磁场传感器及其电学响应特性
此前，实验室王丽蕊博士在SCI 2区Top期刊Nanotechnology上发表了题为“Paper: Preparation and high-performance microwave absorption of self-assemblies composed of hierarchical dendrite-Like Co superstructures”的论文。由于该论文具有较大的创新性与重要的科研意义，被推荐为该期刊封面论文。该文通过原位还原法制备了树枝状钴吸波剂，具有制备方法简便、周期短、能耗低 的优点，颗粒由纳米片自组装而成的多层3D结构，这种典型的立体分型结构有利于电磁波的渗透、散射，通过调节吸波厚度，制备的树枝状钴吸波剂在2-18GHz都有着优良的吸波特性，尤其在S频段，这将有利于我们生产生活中电子设备的电磁屏蔽。
图2. Nanotechnology期刊2017.48.28期封面
