论中国共产党城乡一体化战略思想的形成和确立

城乡一体化战略思想的形成和确立,是十六大以来以胡锦涛同志为总书记的党中央推进理论创新取得的重大成果。这一战略思想的形成和确立,既有理论渊源,又有实践基础,是伴随着十六欠以来科学发展的推进,通过对城乡关系认识的不断深化而实现的,其形成和确立具有重大的理论和实践意义。     

简论黎庶昌散文创作

黎庶昌的散文在"桐城派"散文中独树一帜,尤其是他的海外游记达到很高的水平。在他散文中所描述的城外景色、西方科技及政策到今天依然值得我们关注与研究。     

Understanding the Field of Public Affairs through the Lens of Ranked Ph.D. Programs in the United States

The goal of this article is to understand the multidisciplinary field of public affairs. Based on data and text mining on the profiles and publications of all faculty members from a list of research‐oriented U.S. public affairs programs, we describe the landscape of public affairs schools and scholars, identify 15 topics in public affairs research and discuss their trends of change between 1986 and 2015, and show the clustering and hiring networks of public affairs schools. Our results suggest a broader approach to understanding the field of public affairs than the public administration focus in the literature. Although public administration is highly visible in the field, which is evidenced by the journals most favored by public affair scholars, various specific policy areas (such as health, social, urban, environmental, global, and education policies) show strong representations based on our topical analysis of public affairs research.     

陕西横山县大古界遗址动物遗存分析

大古界遗址位于陕西榆林市横山县雷龙湾乡沙峁村张油坊组,2010年发掘时出土了大量的动物遗存。按照出土单位对所有的动物骨骼进行了科学的收集以及分类、测量和鉴定。通过系统的分类和研究表明至少代表12个属种,包括蚌类、喜鹊、鹤、草兔、狗、貉、狗獾、黄鼬、猪、鹿科、狍、绵羊等。根据对出土动物骨骼的分析结果表明:当时遗址周围的环境以草原为主,不远处有一定面积的疏林、灌丛,草原、疏林间分布着一定面积的水域。家养动物猪和狗占的比例较少,主要以捕猎野生动物野兔和狍子为肉食来源。     

浙西廿八都木偶艺术研究

本文以浙西古镇廿八都民俗文化为背景,试图以浙西廿八都木偶为例,通过对廿八都木偶艺术的起源背景、传承发展、艺术特色以及传承现状的研究,以对这一古老文化的艺术形态与在当代社会中的变化予以阐释。     

论邓小平对新时期民族理论的贡献

新时期以来．邓小平以求实的科学精神创造性地总结民族工作的实践经验．提出了民族工作的首要任务是发展经济、民族区域自治是我国社会制度的优势、争取整个中华民族的大团结等一系列新思想、新观点．从而形成了邓小平民族理论的科学体系。这是邓小平对马克思主义民族理论的新贡献,是我们党在新时期解决民族问题的总纲领和行动指南。     

Seismic Damage to Structures in the 2015 Nepal Earthquake Sequences

The 7.8 Mw Gorkha earthquake struck the east of Lamjung in Nepal, followed by a sequence of powerful aftershocks. Chinese Team Six including the authors inspected the seismic damage to civil structures along 10 paths in densely populated areas with a seismic intensity of VII to IX, 40 days after the main shock. The damage was categorized according to structure types and described in detail. Several conclusions are made: powerful aftershocks can significantly affect the failure patterns; geological conditions, structure types, and height have great influence on the level of damage; and the local risky retrofitting technique needs improvement badly.     

PEOPLE SAFEGUARDING LIVES IN CHANGTANG GRASSLAND

<正>"Let me walk into the water and try it,"said Director Tsewang while he was rolling up his pants to his knees.He took out a shovel from the rear door of the car and walked towards the water.He tried to test the depth of the water by using his feet and moved forward slowly.With every step,he trod hard on the ground underwater and constantly used the shovel to clear the way.What he     

Mössbauer Spectroscopic and Chromaticity Analysis on the Colourative Mechanism of Ancient Goryeo Celadon from GangJin and Buan

In ancient Goryeo celadon excavated from the kiln sites in the GangJin and Buan areas, the effect of the chemical composition and ionic state of Fe on the colour was evaluated by Mössbauer spectroscopy and chromaticity analysis. According to chromaticity analysis, the L* value (brightness) of the glaze was shown to be affected more by TiO₂ and MnO than by Fe₂O₃, and the body was affected more by Fe₂O₃ than by TiO₂. The a* value was found to be affected by Fe₂O₃ and TiO₂ in the glaze, whereas there was hardly any change in the body according to the composition. As for the b* value, changes due to the composition were shown to be smaller than those for the L* and a* values. According to the Mössbauer spectroscopy results, as the quantities of TiO₂ and Fe₂O₃ are increased, Fe²⁺/Fe³⁺ decreases; while the changes in Fe²⁺/Fe³⁺ with MnO and P₂O₅ are negligible. As the quantity of Fe²⁺/Fe³⁺ increases, the a* and b* values decrease, which results in the change of colour from red–yellow to blue–green. The characteristic green colour can be attributed to increased L* (brightness) and decreased a* and b* values (blue–green shift) due to the reduced Fe ion, which is mainly determined by the TiO₂ and Fe₂O₃ contents.