摘要：After the 21st century,high school history learning will focus on teachers promoting the twelve-year state *** recent years,in line with the changes in the new 108-year social curriculum,supporting strategies have been proposed:such as literacy orientation,inquiry and practice,learning process archives,and the structural direction of the controversial Chinese history into East Asian *** learning has indeed had a great impact on the people’s national spiritual education and the development of historical consciousness in Taiwan’s education *** is the reason Taiwan’s Ministry of Education strives to improve students’historical literacy and connotation application *** developing a learning policy,both external and internal learning factors need to be *** external aspect deals with the reasons for learning:Is learning for the purpose of using or accumulating historical wisdom in daily life to learn from the past and the present,on the other hand,to test the content of the course and the degree of absorption;or is it specifically for exams or other enlightenment *** internal aspect involves those most affected by the policy:students and *** studying and observing high school history learning policies for decades,some alternative future visions for history learning were found in the method of reflection on future research-the conclusion is that history is interestingly revitalized,and the preferred future is thematic *** to the famous futurology scholar Sohail Inayatuallah’s proposal:the causal layering *** helps understand how Taiwan’s historical policies *** how teachers and students on the front line respond to changes and take future *** key is to change the future:in the process of building an alternative future,whether the internal and external mix has changed or whether you want to try new things and expand your *** fact,the difficulty of teaching lie

摘要：An engineering analysis of computing the penetration problem of a steel ball penetrating into fibre-reinforced composite targets is presented. Assume the metal ball is a rigid body, and the composite target is a transversely isotropic elasto-plastic material. In the analysis, a spherical cavity dilatation model is incorporated in the cylindrical cavity penetration method. Simulation results based on the modified model are in good agreement with the results for 3-D Kevlar woven （3DKW） composite anti-penetration experiments. Effects of the target material parameters and impact parameters on the penetration problem are also studied.

摘要：江苏大运河文化产业带为文化江苏的重要名片。其主要定位是:以大运河为主轴,以旅游、美食、地方工艺等为基础,以古城博览业和文化产业园为依托,以图书报刊业、演出业、影视音像业、动漫创意业等为载体的复合产业,是具有江苏风格、江苏气派,具有国内领先地位、国际有重要影响的流域文化产业带。其主要实现路径为:创新观念为先导,组织领导为前提,科学规划为龙头,市场运作为核心,多元投资为动力,科文联姻为支撑。

摘要：从古希腊哲人开始,人们便触及到艺术美与自然美的关系问题,但对艺术美与自然美在价值高低上作出比较,实际上很难得出最后的结论。为此,后来出现的艺术美"高于"自然美(生活美)的说法,其实并非一个科学的命题。艺术美与自然美作为不同性质和形态的美,彼此之间的关系并不是谁"高于"或者"低于"谁,而是"不同而互补"的关系。

摘要：我国表演艺术的发展,在汉代就已产生了以音乐伴唱演述故事的相和曲、横吹曲和杂曲歌,同时还出现了以讲说和唱诵故事为主的俗赋,以及将歌、乐、舞等多种艺术形式融为一体、表演故事的歌舞艺术雏形。西晋时期出现的一批故事体歌诗,正是汉代表演艺术进一步发展的结果,这些歌诗或歌咏正史中史实,或敷衍民间故事,或为前代表现历史题材的歌诗的改写,均为历史题材,具有一定的情节,并与音乐或歌舞密切相关。其所歌咏的历史故事和人物,成为后来说唱文学的常见题材;其集故事性与表演性为一体的特点,也被后者所继承。因此,西晋故事体歌诗不仅对说唱文学的发展产生了深远的影响,也是说唱文学的重要源头。对它在文学史上的意义,有必要进行重新的认识。

摘要：东晋南朝时期,受荆、扬一带婚俗的影响,南方民间情歌特别发达,这些情歌即兴创作的背景、方式及其交际功能,与清商新声的演唱方式,从两个方面共同决定了清商曲辞通俗短小、男女赠答及重抒情、轻叙事等基本的艺术特点,并进而影响到文人的创作,甚至成为唐代绝句的滥觞,并在很大程度上影响了中国诗歌和戏曲日后的发展方向。

摘要：艺术传播是艺术活动的关键组成部分。晋剧作为一种戏曲艺术,从产生到发展,不同程度地得益于传播媒介的运用。作为非物质文化遗产项目,晋剧在体现自身极高艺术价值的同时,更需要被传承、传播和保护。当今,新媒体时代的冲击使传播媒介随之变革,传统传媒手段已无法满足戏曲艺术传播的新需求。新媒体所具有的强互动、重参与等特点,给晋剧的传播及发展带来了新鲜的血液。文章基于此,在展现晋剧发展中不同传播媒介实践的同时,探寻当下传统戏曲艺术传播的发展路径。

摘要："文学高于生活"是多年来流行于文艺界的关于文学艺术与生活关系的基本命题之一,但这并非一个科学的说法。文学与生活分别属于两个性质不同的世界:一个是人所创造的、供人欣赏的艺术世界;一个是人实际生活的、谁也不可能离开的现实世界。前者是虚构(网络文学的出现又增加了"虚拟")的、可然的,后者是实在的、事实的。它们作用于人的不同方面,二者是"不同而互补"的关系。这样的说法,恐怕更能够说明二者的不同功能和作用,也更接近二者关系的实际。

摘要：现代数字技术对文化空间、公共建筑等公共艺术场所进行了改造,戏曲文化需要更多地融入公共艺术,提升戏曲文化与公众的传播和互动频次与质量。将戏曲审美精神融入公共艺术,开启城市公共艺术的戏曲互动体验设计,以艺术与人,艺术与环境,人与城市的良性互动为目标,弘扬传统戏曲传统文化,构建能唤起公众情感的新型城市公共艺术空间。

摘要：Convection heat transfer coefficient and air pressure drop in sinter layer are important factors for the design of sinter cooling craft. Due to the lack of necessary data, the two parameters are studied by experimental method. The experimental results show that heat conduction of sinter impacts the measurement of convection heat transfer coefficient. Convection heat transfer increases with the increase of air volumetric flow rate. Sinter layer without small particles(sample I) gives higher convection heat transfer coefficient than that with small particles(sample II). Under the considered conditions, volumetric convection heat transfer coefficient is in the range of 400-1800 W/(m3·°C). Air pressure drop in sinter layer increases with the increase of normal superficial velocity, as well as with the rise of air temperature. Additionally, air pressure drop also depends on sinter particle size distribution. In considered experimental conditions, pressure drop in sinter sample II is 2-3 times that in sinter sample I, which resulted from 17% small scale particles in sinter sample II.