电子束辐照法在水处理中的应用

介绍了电子束辐照机理,概述了电子束辐照降解有毒有害和难降解的有机污染物、去除重金属离子等方面在水处理中的研究和应用现状,最后对电子束辐照和其他的水处理工艺进行了比较,指出了其操作方便、安全的特点,并对其在水处理中的应用前景进行了展望.     

Development of integrated precision vibration-assisted micro-engraving system

A novel precision vibration-assisted micro-engraving system was developed by the integration of fast tool servo and ultrasonic elliptical vibration system, in which the flexure hinge was designed to avoid backlash and PID control algorithm was established to guarantee specific precision. Apart from experimental validation of the performance of the system, various micro-V-grooves cutting experiments on aluminum alloy, ferrous material and hard cutting material were performed, in which Kistler force sensor was used to measure cutting force. Through experiments, it was clear that the vibration-assisted micro-engraving system can ensure good quality of micro-V-grooves and reduce cutting force by about 60% compared with traditional removal process without ultrasonic vibration.     

基于MATLAB的结构可靠度分析方法研究

基于结构可靠度分析方法—JC法、蒙特卡罗法和响应面法的基本原理,利用MATLAB软件对算例编制了相应计算程序,并对计算结果进行了比较.计算结果表明,利用MATLAB可以编制结构可靠度分析程序,计算结果较快,数据合理,并为复杂结构的可靠性分析提供参考.     

一种分布式水情计算机控制系统的设计

给出了一种组成分布式水情计算机控制系统的网络结构,介绍了现场测控单元的结构、功能设置以及通信实现,软件设计方法。系统经试用,运行效果良好。     

引BOT模式破解高校后勤设备投入难题

介绍了BOT的涵义,同时通过分析高校学生公寓热水供应系统建设项目引入BOT模式可行性的基础上,探讨了它的运行模式及应注意的问题。说明了将BOT融资模式引入高校基建领域,是解决高校后勤设备投入经费紧缺的有效途径之一,发展前景广阔。     

某热轧厂除鳞系统改进探讨

针对某热轧厂2250mm热连轧机组在生产家电、汽车板等高端产品的原料带钢产品表面存在氧化铁皮等缺陷,从分析氧化铁皮的形成和最佳除鳞装置设置等方面入手,总结、借鉴国内先进的热连轧生产技术和专利,制定有效措施和可行的技术方案,实现热轧带钢表面彻底消除一次氧化铁皮、二次氧化铁皮,严格控制带钢表面三次氧化铁皮残留量,以提高产品表面质量。     

降低循环水场循环水浊度新方法探究

针对循环水浊度偏高问题,分析造成悬浮物、浊度升高的原因,通过增加隔油池排泥反洗实验,探究降低循环水浊度的新方法,评价排泥反洗中试装置中,浅层压力式过滤罐与滤池降低浊度的效果对比,在加药和不加药两种情况下,浊度和去除率的情况。     

帷幕截流防治水工程研究

奥陶系灰岩水通过导水裂隙涌入矿井,造成安全隐患。采用帷幕截流进行防治水主要针对导水断层的赋存和特征,以及导水优势面进行注浆,阻断水的流通,是帷幕截流防治水的关键;通过断层性质、导水断层的优势面以及导水因素分析,提出了帷幕截留控制主要涌水通道的方法,成功解决了岩层水的涌入。     

水质工程学课程的视频仿真教学实践

水质工程学是给水排水专业重要的专业课程,传统教学模式难以适应现代教学的节奏,不能及时更新教学内容,理论与实践的联系不够紧密。视频仿真教学以其高效率、直观性、交互性、主动性的特点对促进教学效果,激发学生学习兴趣,引导学生创新性思维发挥重要作用,这种新型的教学模式同时还提高了学生的专业技能,拓宽了学生的知识面,更能满足用人单位的要求。     

Mindfulness‐Based Design Practice (MBDP): A Novel Learning Framework in Support of Designers within Twenty‐First‐Century Higher Education

While the interconnected and technological nature of the twenty‐first century can bring about many positive global connections, the importance of prioritising the development of the ‘inner world’ of designers is receiving less attention; similarly, time for contemplation, reflection and stillness is becoming scarcer. This article discusses mindfulness training from the Buddhist perspective, and how it can act as a pathway to personal introspection and as a supportive method for mental illnesses. With a special focus on design education, it discusses a novel framework, Mindfulness‐Based Design Practice (MBDP), and how it can potentially offer opportunities for design students to foster positive mind qualities such as mindfulness, compassion, resilience, and recognising the true nature of phenomena for becoming more ethical designers. Therefore, this article looks to bridge the gap between the significant lack of contemplative mindfulness‐based methods within the higher design education sector and the increasing mental health crisis within that sector. Thus, the primary concern of the MBDP is to advance both the individual and the collective development of the contemporary designer’s mind. Referring to the mind of the designer as the ‘inner designer’, this article forms an unfolding dialogue of the novel framework MBDP in support of mindful learning within twenty‐first‐century design education.