摘要 :
Both William Wordsworth and Wang Wei are prominent idyllic poets who chanted nature and sought beauty and divinity from nature. While sharing similarities, they contrasted each other in many respects in their poetic works. Wang We...
展开
Both William Wordsworth and Wang Wei are prominent idyllic poets who chanted nature and sought beauty and divinity from nature. While sharing similarities, they contrasted each other in many respects in their poetic works. Wang Wei's poems were deeply influenced by Zen Buddhism, which gave nature a rich connotation in addition to the idea of "unity of heaven and man". William Wordsworth, greatly affected by pantheism, resorted to poetry to explore philosophical issues in life like the relationship between nature, man and divinity of the Heaven. In the current era, the process of economic development and the continuous integration of different societies and civilizations are still full of contradictions. Thinking, deepening and adjusting the relationship between man and nature is to maintain harmony between man and nature, so as to arrive at the destination of promoting economic development and social progress. This article focuses on the similarities and differences between William Wordsworth and Wang Wei as well as their works, analyzes the causes, and then reveals the significance and insight, in order to provide constructive references to build a modern harmonious society.
收起
摘要 :
Using TiO_2 particles obtained by hydrolysis of titanium oxysulfate as the precursor, polystyrene (PS) microspheres as the template, TiO_2/PS complex particles were successfully deposited on Ti substrates through layer-by-layer se...
展开
Using TiO_2 particles obtained by hydrolysis of titanium oxysulfate as the precursor, polystyrene (PS) microspheres as the template, TiO_2/PS complex particles were successfully deposited on Ti substrates through layer-by-layer self-assembly technique and the surfactant-assisted process at low temperature. Then removed PS spheres by two methods, TiO_2 hollow spheres were attained. X-ray diffraction (XRD) and scanning electron microscopy (SEM) were employed to characterize the synthesized materials. The results showed that the crystallization, structure and surface morphology of TiO_/PS on the surface have a great relationship with the pH value of treating solution. Diversity effects on surface integrity and bioactive of hollow spheres happened due to different ways of removing PS core.
收起
原文获取