摘要：Professor Kazunari Domen at the Shinshu university and the university of Tokyo has pioneered materials and techniques for solar-driven water splitting using photocatalysts,a promising technology for contributing to the construction of a sustainable and carbon-neutral *** this paper,we summarize his groundbreaking contributions to photocatalytic water splitting and,more broadly,photocatalytic *** highlight various novel functional photocatalytic materials,including oxides,(oxy)nitrides,and oxysulfides,along with innovative techniques such as cocatalyst engineering and Z-scheme system construction developed by the Domen *** team has also pioneered readily accessible and cost-effective photo(electro)chemical device fabrication methods,such as the particle-transfer method and thin-film-transfer ***,their research has made significant contributions to understanding the(photo)catalytic mechanisms using advanced characterization *** with his research team,Professor Domen has set many milestones in the field of photocatalytic overall water splitting,notably demonstrating the first scalable and stable 100 m^(2)solar H_(2)production system using only water and *** work has revealed the potential for practical solar H2 production from water and sunlight,and highlighted the application of fundamental principles,combined with chemical and materials science tools,to design effective photocatalytic *** this review,we focus on his research and the foundational design principles that can inspire the development of efficient photocatalytic systems for water splitting and solar fuel *** building on his contributions,we anticipate a significant impact on addressing major global energy challenges.

摘要：自适应巡航系统(ACC)利用汽车周围的雷达来检测该汽车周围的情况,对车前某一区域的车速与距离进行判定,自动对车辆速度与跟车距离进行调节。本设计从MATLAB仿真软件出发,对汽车自适应巡航系统的上层控制器和驱动电机进行设计,在Simulink中得到了稳定性强,抗干扰性能高的电机模型;在MATLAB的模糊推理系统中得到了输入Dr(两车距离),Vr(两车速度)与输出加速度a-ses的三维数学模型,从MATLAB的三维模型中可知,该上层控制器曲面光滑程度较好,表明输出接近连续;曲面的起伏较为平缓,表明性能优良,符合设计应用需求。