TA的案例
more化学工程-专业分支-3
分类:专家指南2020-11-01
With our long history in heterogeneous catalysis and surface science, Michigan chemical engineers have been using nanotechnology well before it became a buzzword. New tools allow even better control of nanoparticle growth, shape and properties – and better characterization of the final products. We are developing nanotubes, nanoprobes, nanomaterials, nanocatalysts and nanostructures for a variety of applications in energy conversion, medicine and electronics, for example. Our faculty and students apply both state-of-the-art experimental techniques and sophisticated computational approaches.
在多相催化和表面科学的悠久历史中, 密歇根大学的化学工程师很早之前就一直在使用纳米技术。新工具允许更好的控制纳米粒子的增长,形状和属性,和更好的最终产品的特征。nanoprobes我们正在开发纳米管, 纳米探针,纳米材料, 纳米催化剂,和纳米结构在能量转换,医学和电子产品中的不同应用。我们的教师和学生运用最先进的实验技术和复杂的计算方法。
Materials 材料
New catalysts for biomass conversion, new sorbents for CO2 capture or H2 storage, self assembly of nanoscale building blocks to make new materials, new biomaterials for medical devices, new electrode materials for batteries and new membranes are among the topics being explored in the Chemical Engineering Department. We develop and employ both computational and experimental approaches.
新的生物质转化催化剂,新的二氧化碳捕获或氢气储存,吸着剂自组装纳米构件制造新材料、新的医疗器械生物材料,新的电池电极材料和新膜在化工部门探讨的主题。我们开发和采用计算和实验方法。
Polymers and Complex Fluids 高分子聚合物和复杂流体
Polymers are ubiquitous in modern life, as are complex fluids – soft materials with properties between those of liquids and solids. Researchers in the Chemical Engineering Department are developing polymer films for use in energy conversion, new polymers for flexible solar cells, membranes and medical devices, and polymer coatings that change properties when exposed to stimuli. The research in this area includes rheology studies, molecular simulation, colloid self-assembly, gelation and percolation.
聚合物在现代生活中无处不在,复杂流体–具有在液体和固体之间的特性的软质材料。 化学工程系的研究人员正在开发用于能量转换的聚合物薄膜,用于柔性太阳能电池,薄膜和医疗设备的新型聚合物,以及在受到刺激时会改变性能的聚合物涂层。 该领域的研究包括流变学,分子模拟,胶体自组装,凝胶化和渗滤。
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