首届大工-卡迪夫大学合作研讨会报告-Vertical Workflows

Omer F. Rana is Professor of Performance Engineering at Cardiff University, with research interests in high performance distributed computing, data analysis/mining and multi-agent systems. He leads the Complex Systems Research Group. He was formerly the deputy director of the Welsh eScience Centre and had the opportunity to interact with a number of computational scientists across Cardiff  Un...

首届大工-卡迪夫大学合作研讨会报告-Low-Carbon Local E

Prof. Jianzhong WuTitle: Low-Carbon Local Energy Supply andConsumptionAbstract: Energy supply networks (e.g. electricity, natural gas, hydrogen,district heating, district cooling networks, electrified transportation, and the associated Information and communication infrastructure) are beginning to undergo a  radical transformation which includes: the introduction of newcomponents, new network...

首届大工-卡迪夫大学合作研讨会报告-On the Development

Abstract: Nonlinear RF analogue poweramplifiers (PAs) and front-ends are essential components in every smartphoneand mobile network basestation. To tackle their design challenge nonlinearmeasurement systems are becoming an increasingly popular R&D tool, whichallow to base the design process and models on actual data. These measurementsystems are far more than just a verification tool for conf...

低负载燃料电池催化层

报告内容摘要 为了克服聚合物电解质燃料电池（PEFCs）的成本障碍，应该大量减少昂贵的催化剂，即铂的数量。节约催化剂的典型策略是制造薄、低负载的电极。薄、低负载的电极的一个例子是喷墨印刷电极，它已被证明具有优异的Pt利用率。然而，薄、低负载的电极似乎降低了一些相关的性能：局部氧输送阻力高、水资源管理不良。更好地了解这些现象对优化薄，低负载电极至关重要。数值模型可以作为了解这些现象在不同操作条...

生物多级多孔材料的力学行为研究

报告人简介：Dr Hanxing Zhu,Associate Professor in Mechanics of Materials,School of Engineering, Cardiff University. He did his PhD in Metallurgy andMaterials at Birmingham University. Prior joining Cardiff University, he worked at Cambridge University as aPost-doc  Research Associate. Hisresearch interests include cellular/porous materials, composite materials, nano-structuredand hi...

复杂等离子体中宏观可见的量子现象

Complex plasmas, particularly dusty plasmas, arewidely investigated in many aspects including the visible features of micronparticles for exhibiting classical microscope processes in a macrospore scale.In this presentation, we further show that certain fundamental quantum effectscan be visibly shown in complex plasmas. A few of examples are applied.First, by an uninterfered dispersion me...