论媒体融合趋势下科技期刊编辑的素养

媒体融合发展已成为期刊出版必然趋势,媒体融合时代我国科技期刊的繁荣发展和国际竞争关键取决于编辑的素养。系统阐述媒体融合发展趋势下科技期刊编辑应当具有的素养,包括科学素养、业务素养、全媒体素养以及人文、信息素养等,努力做不忘初心的学者、精益求精的工匠、与时俱进的潮人以及博学多才的杂家,确保由媒体融合平台推送科技成果信息的科学性、规范性、适应性和实用性;科技期刊编辑应树立终生学习实践的信念,并通过积极交流、融入科研、善于总结等提升素养,充分利用现代技术,不断促进科技成果更快更有效地传播以及服务好创新驱动发展战略。     

谈科技期刊青年编辑学术素养的自我修炼

学术素养是科技期刊编辑需要具备的一项重要素质.在本文中作者结合自身工作中的体会,从学术素养包含的内容、学术素养对编辑工作的重要作用以及提高学术素养的途径等几个方面论述了青年编辑应该如何认识和提高自身的学术素养.     

Not All Perceptual Gaps Were Created Equal: Explicating the Third-Person Perception (TPP) as a Cognitive Fallacy

Explicating the third-person perception (TPP) as a cognitive fallacy in the process of comparative social judgment of media effects, we propose that not all self–other perceptual gaps in media effects should be considered as TPP. When there is reasonably valid and accurate information regarding self vis-à-vis others on media consumption and vulnerability to media influence, the associated self–other gaps in media effects are not exaggerations, hence, not TPP. TPP results from cognitive biases in information retrieval and application in the process of comparative social judgments. Such biases are in the forms of self-other information differential, assimilation, contrast, and anchoring effects. Caveats in interpretation of extant evidence and implications for future TPP research are discussed.     

论中国投资基金的改革与发展

投资基金在一些发达国家已经发展到一个相当成熟的阶段,而在中国却还处于刚起步的时期。本文通过对投资基金的发展历程、存在问题和发展展望的论述,简要介绍了中国投资基金发展的历史,论证其发展中存在的几个主要问题以及解决方法,探讨了投资基金蕴藏的巨大潜力,得出中国投资基金必须会有一个长足的发展和进步的结论。指出投资基金必然会对中国市场经济体制的完善和中国经济的腾飞做出应有的贡献。     

软件复用技术的理论与应用

阐述了软件复用技术的分类、益处和应用途径．并通过实例阐明了软件复用技术在考试系统中的应用，考试管理系统中的可复用部件主要分为常用键盘操作的复用、错误处理程序的复用、典型操作、典型结构的复用。     

英国高等教育内部管理体制运行模式研究

英国高等教育经过800余年的不断改革与发展,已经在自主、自治的独立体系下形成了自主运行机制。英国高等教育发展的经验告诉我们:如果不允许各大学采取发展它们自己的基本政策,不允许它们有决定如何履行它们对社会的责任的余地,那么结果就是愚钝和平庸。这种观点对我们高等教育改革不无启迪作用。     

基层电大教师的专业身份危机

由于电大运作模式的弊端、教师管理的失范、实践理念的偏差和教师专业发展的滞后造成了基层电大教师身份的内部分化和外部泛化的＂身份危机＂。基层电大教师的教学工作和课程开发明显分离,网络教学新的特征和内涵进一步细化了电大教师的角色,教师岗位职能的细化使教师角色同一化,基层电大大量的管理工作进一步泛化了教师的角色,这些都不利于教师的专业发展。基层电大应通过纯化教师角色和控制教师工作量来提高外部认同度,通过建立教师专业发展标准和教学知识评价机制、重视教学理念的先进性、强调教学创新能力来提高内部认同度。     

An analysis of the nature of classroom activities: A comparative study of an immersion English class and a non-immersion English class in the mainland of China

This study was designed to investigate the nature of activities in an immersion English class and a non-immersion English class in the mainland of China, and to find out the differences between these two types of class through data gained from observation and interviews. Spoken discourse analysis was used to analyze the data, where Engeström??s activity complex system was used as the analytical framework to examine the nature of activities in the two types of classes. The results showed that it is the dynamic and situated nature of activity that makes a difference between the activities in these two classes. The interaction among the activity components, the social relations emerging through the process, the use of target language as the main mediational tool, and the subject content revealed in the activities enhance our emic understanding of the nature of activities. Implications can be drawn for English language teaching and for students?? English language learning for the schools in the mainland of China. This study contributes to both immersion education and classroom interaction.     

锄月庐藏印清赏

几年来，我十分关切云亭兄藏印集的编辑工作，每次通电话，都要问起这本书的进展。而他总是胸有成竹，说：“不急，整理中。”我乐待其成。     

Wearable skin-like optoelectronic systems with suppression of motion artifacts for cuff-less continuous blood pressure monitor

According to the statistics of the World Health Organization, an estimated 17.9 million people die from cardiovascular diseases each year, representing 31% of all global deaths. Continuous non-invasive arterial pressure (CNAP) is essential for the management of cardiovascular diseases. However, it is difficult to achieve long-term CNAP monitoring with the daily use of current devices due to irritation of the skin as well as the lack of motion artifacts suppression. Here, we report a high-performance skin-like optoelectronic system integrated with ultra-thin flexible circuits to monitor CNAP. We introduce a theoretical model via the virtual work principle for predicting the precise blood pressure and suppressing motion artifacts, and propose optical difference in the frequency domain for stable optical measurements in terms of skin-like devices. We compare the results with the blood pressure acquired by invasive (intra-arterial) blood pressure monitoring for >1500 min in total on 44 subjects in an intensive care unit. The maximum absolute errors of diastolic and systolic blood pressure were ±7/±10 mm Hg, respectively, in immobilized, and ±10/±14 mm Hg, respectively, in walking scenarios. These strategies provide advanced blood pressure monitoring techniques, which would directly address an unmet clinical need or daily use for a highly vulnerable population.