艺术类大学生设计鉴赏与批评能力培养——基于现代媒体以同伴反馈与教师反馈相结合的模式

针对艺术类大学生批评鉴赏能力的培养,通过同伴反馈及教师反馈相结合的方式,结合现代新型媒体,如QQ群、网络博客、微博等,让学生参与到对同学的艺术作品创作效果反馈中,通过这种开放式的反馈训练,增强了学生交流、参与、合作意识和艺术鉴赏与批评能力的提高,同时教师的反馈介入,使得学生的艺术审美及批评更加客观,更加系统化、理论化和学术化。     

大学生阅读指导工作的理念和策略

探讨了图书馆生态环境的新变化以及媒介形态变化过程中阅读指导工作的理念和策略。阐明大学生阅读指导工作要在充分考察和研究这个群体的心理特点和行为习惯的基础上,在拥有先进理念和丰富的学识的图书馆员指导下,借鉴当今网络社会中相互影响的知识管理与传播手段,在开放中实施对话式的阅读指导。     

我国城市社区网站建设状况及对策研究

为了解决我国城市社区网站建设中所存在的问题,如社区事务繁杂、建设资金缺乏、信息类人才短缺等,对社区与其他组织所建立起来的稳定合作关系进行探索研究,主张发掘利用大学生志愿者资源来有效解决社区资金和信息化人才短缺的问题,从而使高校为社区网站建设提供长期、稳定的智力支持和技术支持。     

玻璃中离子注入的进展

玻璃中离子注入的进展王承遇，王波，陶瑛（大连轻工业学院玻璃及无机新材料研究所１１６００１）ＴｈｅＤｅｖｅｌｏｐｍｅｎｔｏｆＩｏｎ－ＩｍｐｌａｎｔｉｏｎｉｎＧ１ａｓｓｅｓ￥ＷａｎｇＣｈｅｎｇｙｕ；ＷａｎｇＢｏ；ＴａｏＹｉｎｇ（ＩｎｓｔｉｔｕｔｅｏｆＧｌ...     

C/Cu(Fe)复合材料制备工艺及性能研究

利用三步电沉积法制备C／Cu（Fe）复合材料预制丝，将预制丝缠绕成毛坯，采用真空热压法制备C／Cu（Fe）复合材料．研究表明，真空热压工艺对复合材料力学性能有很大影响，通过力学性能试验和对拉伸断口形貌的分析，得出了制备C／Cu（Fe）复合材料的最佳工艺．     

土层地基上建筑结构混合控制的减震效率

研究土 -结构相互作用对结构混合控制减震效能的影响。首先建立了土层地基上结构混合控制的运动方程 ,通过不同输入地震波、不同土层剪切波速、不同结构参数等条件下的数值分析 ,讨论了桩基础对结构混合控制减震效率的影响规律。数值结果表明 :对于土 -结构相互作用体系 ,采用混合控制的减震效率明显要强于单一的 TL D的减震效率 ;在土层较为坚硬的情况下 ,混合控制仍具有较高减震效能 ;随着土层变软 ,土 -结构相互作用减小结构地震反应的效应趋于明显 ,混合控制的减震效率明显降低 ,因此 ,对软土地基上的结构实施混合控制时 ,必须先要正确分析土 -结构体系的地震反应。     

Aspects of microstructure in low carbon steels produced by the CSP process

The solidification structure, microstructure evolution during rolling and precipitates with nanometers in dimension of the low carbon steels produced by CSP process with thin slabs have been studied in recent years. Important differences in microstructure and mechanical properties between the CSP products and the conventional one were observed. These differences may arise from the much rapider solidification rate and cooling rate after casting of the thin slabs. Some aspects of the microstructure for the low carbon steels of the CSP thin slabs are summarized and compared with the conventional one.     

Development of grain boundary allotriomorphic ferrite/granular bainite duplex steel

A new hot-rolled low alloy high strength steel with grain boundary allotriomorphic ferrite/granular bainite duplex micro-structure has been developed through novel microstructure and alloying designs without any noble metal elements such as nickel and molybdenum. Its as-rolled microstructure and mechanical properties, fatigue crack propagation behavior compared with single granular bainitic steel as well as continuous cooling transformation, were investigated in detail. The measured result of CCT (continuous cooling transformation) curve shows that such duplex microstructure can be easily obtained within a wide air-cooling rate range. More importantly, this duplex microstructure has much better combination of toughness and strength than the single granular bainite microstructure. It is found that the grain boundary allotriomorphic ferrite in this duplex microstructure can blunt the rni-crocrack tip, cause fatigue crack propagation route branching and curving, and thus it increases the resistance to fati     

Surface texture analysis based upon the visually acquired perturbation of surface normals

A novel technique has been developed for the textural analysis of Lambertian surfaces while in the presence of a variable albedo. The method has direct application for the surface quality determination of cosmetically sensitive components, and has particular application where more traditional methods may prove unsatisfactory. A photometric stereo technique is used to facilitate the isolation of localised irregular features, such as scratching, indentations or small protrusions, which may be obscured by a coincident, regular or random surface albedo. A generic lighting arrangement is employed, which obviates the need for a customised lighting configuration. This represents a significant advantage for the configuration of industrial vision-based inspection systems. Promising experimental results have been obtained using example components, and are presented in the paper.     

柴油机连杆调质工艺的研究

提出了一套柴油机连杆调质处理的新工艺，使连杆在没有显微裂纹的情况下得到合适的显微组织和硬度。