陌生化视角下插画在包装设计中的应用

目的 分析陌生化理论在包装插画设计中的重要意义及应用策略.方法 从心理学和修辞学的角度探讨陌生化理论的意义,剖析陌生化理论视角下,插画在包装设计中的作用.用案例分析的方法,分别从绘画内容、画面视角、作画材质、表现形式等方面探讨陌生化手法在包装插画设计中的应用策略,然后对包装插画设计陌生化的应用方法进行总体性探讨,指出应用时要注意的细节,为设计人员理清一套提升包装设计新奇性、趣味性和独创性的设计思路并对包装插画设计的未来方向做出指引.结论 陌生化作为一种艺术手法具有高度的启发性,将陌生化的理论结合到包装插画设计中,为设计工作人员提供了新的设计思路,也使包装插画设计的艺术价值和独创性得到提升.     

基于日常生活视角的公共空间微更新研究——以武汉原俄租界为例

反思武汉原俄租界规划发展中所产生的问题,提出从日常生活视角出发,采用动线观察、PSPL等调研方法,对武汉原俄租界公共空间进行重新解读与分析。总结出弹性设置、微增设计、低技更新3种公共空间微更新策略的同时,认为通过公共空间选点更新的不断累积会完成对公共空间系统的更新,并选取一个公共空间节点进行了具体操作。     

GC/MS分析俄罗斯鲟鱼不同部位脂肪酸组成

通过Folch法提取俄罗斯鲟鱼不同部位总脂,采用GC/MS法对其脂肪酸组成进行分析。通过质谱数据库检索和标准品对照鉴定脂肪酸组成。研究表明,鱼肉、鱼卵、鱼皮、鱼腹中脂肪酸种类及含量类似,多不饱和脂肪酸含量均大于40%,其次为单不饱和脂肪酸(30%左右)和饱和脂肪酸(17%左右),多不饱和脂肪酸以9,12-十八碳二烯酸和DHA为主。鱼肉中总脂含量12.83%,其中,多不饱和脂肪酸为42.37%,EPA+DHA为17.25%;鱼卵总脂含量为14.46%,其中n-3脂肪酸为22.10%;鱼皮含有较高含量的n-6脂肪酸(19.43%);鱼腹总脂含量14.45%,含有较高含量的多不饱和脂肪酸(42.66%)和单不饱和脂肪酸(34.07%),EPA+DHA为17.38%;鱼鳔中未检测到n-3和n-6脂肪酸;鱼肝总脂含量为55.92%,单不饱和脂肪酸含量尤为突出,高达55.81%,以9-十八碳烯酸(49.82%)为主,饱和脂肪酸含量仅为17.24%;椎骨中总脂仅为0.09%。     

俄语情感分析研究综述

社交媒体中蕴含着用户的大量观点和评论,从中提取情感信息,有助于了解俄语区民众对热点事件、产品和服务等的真实态度,为相关政策的制定和调整提供依据,进而促进区域内国家间的合作共赢。按情感分析的流程从资源建设和自动识别两个方面详细梳理了俄语情感分析领域的研究现状,并在此基础上对比分析了各类方法在不同数据集上性能和特征选择方案。研究结果发现俄语语料等资源的数据来源需要拓宽,且同类资源还可以进一步整合,自动识别方面主流的识别模型为机器学习和深度学习两种,整体识别准确率还有待提高。通过综述该领域的不足,探索了未来可能的研究方法,为进一步研究提供借鉴。     

中俄界河水环境问题及对策

根据中俄边界河流额尔古纳河、黑龙江、乌苏里江、兴凯湖、松阿察河、绥芬河的自然特征及水环境现状 ,指出界河水环境保护中存在的主要问题为投资严重不足 ,缺乏开发和保护的整体规划 ,对界河的水环境监测不足等。针对这些问题提出了加强界河水环境保护工作的建议与对策     

中俄科技互补与合作发展研究

通过对俄罗斯科技实力地位及中俄科技合作现状的分析,提出了中俄科技合作进一步发展的对策建议.     

俄罗斯模型中三个重要参数线型的统计分析

对俄罗斯模型中起决定作用的涨洪历时、洪峰流量和退水系数三个参数,在运用过程中均需通过线型优化技术、假设检验等确定线型,从而大大增加了模型运用过程中的工作量,并且容易出现抽样误差。为此,特收集了六个水文站的洪水资料,统计了三个参数的分布线型,通过比较假设检验、时段量模拟效果,发现三个参数多服从三参数对数正态分布。     

Prof. S. Shcheklein – One of the founders of the scientific and methodical school of energy saving,increasing energy efficiency and hydrogen energy in the Urals

The article gives the main results of scientific and educational activities of a prominent and well-known scientist in the field of energy saving and energy efficiency improvement, hydrogen energy, development of methods and technologies for the use of renewable energy sources, environmentally efficient projects, head of the Department of Nuclear Power Plants and Renewable Energy Sources of Ural Federal University (UrFU), Honored Power Engineer of Russia, Full Member of the International Energy Academy, Dr. Tech. Sciences, Professor Sergei Shcheklein. It is shown the achievements of the Ural Scientific and Methodological School in this area of knowledge, as well as the history of the creation of the first in Russia Department of Energy Saving at UrFU, the Center for the Training and Certification of Specialists in the Field of Energy Saving, the Regional Educational and Methodological Center for Energy Saving. The results of the work of the Interuniversity Coordination Council on Energy Saving in educational institutions of the Ural Region under the Regional Energy Commission of the Government of the Sverdlovsk Region on the implementation of the Energy Saving Program of the Ministry of Education of the Russian Federation in 1999–2005 are described. The article expounds twenty years of experience in organizing and holding all-Russian, and recently – international student olympiads, youth scientific and practical conferences, exhibitions of scientific and technical creativity of students, graduate students and young scientists on energy and resource saving, renewable energy sources and nuclear energy. We have presented some results of scientific research of the laboratory “Eurasian Center for Renewable Energy and Energy Saving”, created and operated under the guidance of prof. Sergei Shcheklein and described briefly the textbooks published in recent years in the field of hydrogen energy, on the safe use of nuclear energy at modern and promising nuclear power plants, the development of a methodology for calculating complex energy systems based on the use of renewable energy sources, the classification of renewable energy clusters, performed in collaboration and under the guidance of prof. Sergei Shcheklein. Moreover, references to the main federal and regional regulatory documents, scientific publications and educational publications related to the scientist's many years of work in this area, scientometric indicators are given.