MEAAC文章领域包括但不限于以下方面:
机械 | 电子 | 自动化和自动控制 |
机械制造与测量 智能制造与仪器仪表 机电一体化 制造系统与数字制造 材料加工 流体动力学和流体力学 固体力学 传热系统 航空航天技术 声学与振动工程 |
电力系统 电气自动化 微机电系统(MEMS) 工业电子和自动化 智能电网与微电网 半导体和电子电路 电机 电力规划与电力市场 高压技术 电磁场与光电 |
机器人技术与机器人系统控制 控制中的计算机和人工智能 控制理论与控制工程 工业自动化 运输和车辆系统 楼宇自动化与智慧城市 建模、诊断、预测和系统识别 控制中的高性能计算 自动化和监控系统 光电控制与测量 智能信息处理 |
Special tracks are intended to stimulate in-depth discussions in special areas relevant to the conference. All papers accepted in a special track will be recommended to SCIE journals for possible publishing. For inquires on special tracks, please directly contact Ms. Liya Zhang at info@meaac.org.
Photocatalysis and electrocatalysis have been recognized as two promising renewable and sustainable technologies to address the global energy crisis and environmental pollution, and thus attracted broad interest in recent years. Nevertheless, they suffer from low energy utilization rate, low catalytic efficiency, low reclamation rate while high cost.
With this background, this special track aims to gather high-impact original research works, views and opinions of world-leading academics and experts on the current state and future of photocatalysis and electrocatalysis materials. It fucuses on characteristics and preparations, current technology bottlenecks and problems, potential breakthroughs and future perspectives of novel materials in photocatalysis and electrocatalysis.
In this special track, we invite original contributions that investigate the following aspects of photocatalysis and electrocatalysis materials:
Prospective authors are invited to submit innovative research articles or review articles for peer-review and publication in this special track.
Nowadays, advanced materials are urgently demanded, as they are the key and foundation to realize the transformation and utilization of new energy in the face of aggravating energy and environmental problems. Nano semiconductor materials have aroused substantial interest in their preparation, characterization and application for promising applications in many fields. Currently, research on nano semiconductor materials is not enough.
With this background, this special track aims to gather high-impact original research works, views and opinions of world-leading academics and experts on the current state and future of nano semiconductor materials. It fucuses on characteristics and preparations, current applications, potential breakthroughs and future perspectives of nano semiconductor materials.
Potential topics include but are not limited to the following:
Soft computing has now attracted a lot of attention from computer engineering and automatic control engineering, for its tolerance of imprecision, uncertainty, partial truth, and approximations and good performance in solving complex real-life problems. The application of soft computing in intelligent manufacturing is promising, as it can proactively detect and respond to events. With this background, this special issue aims to collect the latest research and insights on the latest developments, problems, and challenges of soft computing applied in intelligent manufacturing.
In this special issue, we invite original contributions on current soft computing techniques in engineering application, especially in intelligent manufacturing application. Potential topics include but are not limited to the following: