扁平化设计在网页设计中的运用研究

随着时代的发展,扁平化设计逐渐成为了一种设计潮流。目前扁平化设计基本集中在手机界面设计上,很少看到运用在网页设计中。如何将这一新潮的美学设计原则运用到网页设计中,文章首先对扁平化概念进行简单的陈述,然后从界面、字体、色彩和排版四个方面阐述了扁平化设计的优势,最后进行简单的总结。     

Public history,personal pseudohistory,and VirtHSTM

In summer 2021, the Virtual History of Science, Technology, and Medicine group hosted two online panels on pseudoscience topics including Flat Earth, Hollow Earth, geohistory, alternate evolution, and forgeries. The panels discussed the roles of such theories in the history of science, as well as the public’s understanding of both history and science.     

关于非晶硅面阵探测器无损检测成像系统噪声的校正

详细论述了基于非晶硅面阵探测器的无损检测成像系统．介绍了PaxScan非晶硅面阵探测器性能和成像过程,给出了所设计的系统各主要组成部分及其主要功能．分析了引起图像退化的原因,针对面阵探测器导致图像退化的因素,分别做了校正．实验表明,系统成像质量能达到工业检测最高级B级．     

Technological innovation capabilities in the thin film transistor-liquid crystal display industries of Japan, Korea, and Taiwan

The study described herein uses US Patent and Trademark Office data to assess variations in technological innovation capabilities, and their influence on market performance, among leading TFT-LCD producers in Japan, Korea, and Taiwan. The empirical results suggest that TFT-LCD producers in Korea and Taiwan built innovation capabilities by creating complementary knowledge for Japanese firms, whose technologies lead the way in the industry. The results also show that latecomers sought to expand production by selecting certain technological fields, but that they exploited these fields in different ways. Specifically, Korean conglomerates increased their scale of technology in order to improve their technological positions, while Taiwanese producers pursued innovations that strengthened their technological efficiency. While Japanese firms led the way in terms of both technology and market share during the 1990s, they then evolved to become merely technological leaders from 2000 onwards. However, Japanese firms have since renewed their business strategies to counter the aggressive market expansion of their competitors by strengthening the protection of their intellectual property rights through inter-keiretsu collaborations in technological niches, and by securing leadership in the market in high value-added key components in order to retain more of the profits from their own innovations. Four policy imperatives for both technology leading and latecomer countries regarding the development of sustainable industries associated with the industrial cycle and market dynamics are discussed.     

扁平绕带式压力容器综合评述

在简要介绍了我国首创的扁平绕带式压力容器发明历史的基础上,对其结构特点,基本特性,发展优势及与国际接轨,向世界范围推广等几方面作了报道了综合评述,并对该型压力容器的发展潜力作了展望。     

泛安防综合管理软件 GUI 设计

近年来,随着安防行业的日新月异,传统安防管理软件已无法满足客户需求,客户对于监控软件的可操作性、舒适性、美观性也提出了更高的要求。以一套真实的安防监控系统为例,介绍了图形界面设计原则及流程,展示了汇报案例的设计结果及客户反馈,并对中国未来软件界面设计发展态势进行了预测。     

Evaluating morality and achievement

This study focuses on age-related changes in moral and achievement judgments as they may be modified by sociocultural factors. In this study 1,485 male and female Iranian children/students of diverse social background and ranging in age from 4–18 served as subjects. Following a previously established procedure, subjects were asked to evaluate (reward/punish) the moral and achievement behavior of a story protagonist under conditions which varied systematically in terms of the protagonist's ability to perform a moral or achievement act, his/her good Intentions and the Outcome. A response surface analysis was employed in identifying the separate and interactive affects of social, cultural, and cognitive developmental factors. Age-related patterns were subject to important modifications by sociocultural variables, especially in the case of moral judgments. It is of special interest that in this still fairly traditional Islamic society, sex of subject appeared as a major modifying variable.     

对速度轮滑双蹬技术结构的分析

通过对双蹬技术与传统技术在动作结构方面进行比较，在滑行过程中提高了做功次数。同时双蹬技术的动作结构提高了履地的频率，也减少了与地面的磨擦，为此对练习者提出有关双蹬技术练习的方案，对如何进行合理的练习做了详细的说明。     

条件(P_A)

本文对S-系的性质（PA）作了进一步刻画，给出了循环S-系满足条件（PA）的充要条件．     

Research on reasonable winding angle of ribbons of Flat Steel Ribbon Wound Pressure Vessel

INTRODUCTION Axial strength is viewed as the most important parameter in the failure analysis of a pressure vessel. As axial damage is destructive, special attention should be paid to it. The axial strength of an FSRWPV has close relationship with the winding angle α as shown in Fig.1 (Zhu et al., 1995). ASME CODE (1996-1997) stipulates that winding angle of 15°~30° should be used, with nothing said about how the range was determined. In fact, 15°~30° winding angle is not suita…