【摘 要】
：
文化现象的发展随着社会意识形态的变化而发生改变,我们现在的城市发展也是因文化的繁荣而崛起的,同时文化现象因城市的发展而繁荣,城市与文化之间有着紧密的联系。一个具有
论文部分内容阅读
文化现象的发展随着社会意识形态的变化而发生改变,我们现在的城市发展也是因文化的繁荣而崛起的,同时文化现象因城市的发展而繁荣,城市与文化之间有着紧密的联系。一个具有独特风貌的城市和新颖建筑风格的城市环境,所承载的城市文化和整体文化形态绝不会输给其他城市。
The development of cultural phenomena changes with the change of social ideology. Our current urban development is also due to cultural prosperity. Meanwhile, cultural phenomena are prosperous due to the development of cities and there is a close connection between cities and cultures. A unique style of the city and the innovative architectural style of the urban environment, bearing the city’s culture and the overall cultural form will never be lost to other cities.
其他文献
The space-based astronomy telescope will observe ultra-faint objects whose brightness should be lower than 23th magnitude.To ensure telescope performance,ve
This paper introduces the research and design of laser triangulation measurement system based on linear array CCD,and the correctness of the theoretical ana
With the development of lighting technology,high-power white LEDs will become the future mainstream technology.At present,there are still many problems in o
In order to overcome current crowding and reduce the injection current underneath the opaque p-pad electrode in AlGaInP-based light emitting diodes(LEDs),a
We carried out In-diffusion annealing on Cd0.9Zn0.1Te under different temperatures,the nature of which is a process of diffusion and doping.By using In-diff
The determination of numerical reconstruction distance is key to recover the wavefront at focal plane in digital holography.In this paper,we propose a new a
We present evidence that transmission loss in gated x-ray framing cameras can affect relative gains.Transmission loss is caused by a variety of factors incl
A high average power and high beam quality nanosecond laser is presented that is based on CW diode side-pumped Nd:YVO4 grazing-incidence slab amplifier.A TE
Foxgl是一个端脑特异性表达的转录因子，其在端脑有着持续而特异的表达，并被证实与神经疾病Rett Syndrome之间存在密切的联系。海马齿状回是端脑中神经发生的重要区域，Foxgl在齿
配位聚合物从广义上可以定义为无机—有机杂化材料,兼具金属络合物和有机高分子化合物两者特点,既有良好的稳固性又能呈现丰富多样的结构和性质,在吸附分离、荧光感应、异相催化、新能源等诸多领域展现出广阔的应用前景。多齿羧酸配体具有多个配位点、配位能力强、配位模式丰富多样化,与金属离子通过配位键结合和超分子相互作用易产生多核多维框架结构,成为研究者关注的焦点。本论文设计合成了四种(H_4BTEC=1,2,3