思乐而忘蜀

思乐（Swift）系列创始于2003年，在该系列上博纳多尤为注置艇上生活的舒适性，并将其与时尚经真的外观设计相结合，与此同时将自驾表现和能源高效完美融合.     

陀思妥耶夫斯基小说中犯罪主题的渊源

犯罪和惩罚是陀思妥耶夫斯基创作的基本主题．本文从文本分析出发，借鉴和综合运用哲学、心理学及宗教的相关理论从作家自身的经历、罪恶的社会现实及宗教观念的影响三方面展开论述了作家关注这一问题的渊源所在．     

锦屏二级水电站深埋特大引水隧洞关键技术

Seven tunnels across Jinping Mountain are arranged for Jinping Ⅱ Hydropower Station, with a total length of about 120 km. Among them, four headrace tunnels have a length of 16.67 km, an excavated diameter of 12.4-14.6 m, and a cover depth of 1 500-2 000 m in general. The maximum cover depth is 2 525 m, and the maximum external water pressure is more than 10 MPa. The tunnels are featured by great length, great depth and large diameter. It is the largest and most difficult among the underground tunnel groups built or under construction in China and even the world. With complex hydrogeological conditions and special topographical conditions along the tunnels, many challenging problems, such as rock burst under high in situ stresses, groundwater inrush in karst strata and failure of loading bearing structure, were encountered during construction. A great amount of groundbreaking studies were carried out regarding these problems. The key technical problems during construction of extremely large and deep tunnels were solved successfully. Safe and rapid tunnel construction and stable operation were achieved. The hydropower station started operation in 2014 and has been in a safe and stable operation state. The successful construction of headrace tunnels of Jinping Ⅱ Hydropower Station can provide some experiences and reference for deep tunnel projects in the world.     

水电站调速装置的技术改造

早前,水电站调速装置大部分运用的是机械液压调速器,随着科学技术是高速发展,机械液压调速器已经满足不了水电站自控水准,因此水电站调速装置的技术改造势在必行.阐述了水电站调速装置现状,分析了其存在的普遍问题,基于YWT型可编程调速器技术,提出了水电站调速装置的技术改造措施.     

水口水电站三级船闸下游导航墙设计

福建水口水电站三级船闸，设计水头５７．３６ｍ，现已投入运行。本文主要介绍三级船闸下游导航墙设计中的冲击钻造孔成墙方案及隔流墩结构的设计标准，计算工况和防护措施等。     

汇众伊思坦纳商务车

作为由零部件制造向整车制造过渡迈出的重要一步，上海汇众引进韩国双龙技术生产的伊思坦纳商务车正式登陆国内商用车市场。     

林树森：撤销收费站我不赞成！

“我支持路桥收费!”省委常委、广州市委书记林树森在小组讨论上表示，包括人大代表在内的社会各界提了多年的有关要撤销路桥收费的建议，他并不赞成。     

天生桥一级水电站趾板基础帷幕灌浆施工

介绍天生桥一级水电站趾板基础帷幕灌浆施工的方法 ,所用浆液浓度及灌浆压力 ,施工中应注意的问题及特殊情况的处理。