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The traditional Chinese auspicious patterns and silk garment both have characteristics of the traditional Chinese cultures, and always have intimate relationship with each other. In the design of silk garment in many dynasties in China, auspicious patterns were very extensively applied. In the design of modern silk garment, the agile application of auspicious patterns not only can transmit characteristic Chinese ethos, but also can enhance international competence due to its unique Chinese element. Through in-depth study of cultural connotation of the traditional auspicious patterns, this article analyzes application of these patterns in the design of modern silk garment from their constitution, composition, arts and crafts, respectively, with a hope for investigating the inheritance and development of silk garment art, so that providing reference for innovative design of silk garment.

The self-compacting concrete is playing more and more important role in the construction industry with the advantages of greater mobility, better stability, and excellent character of filling the gap through capacity. There are different raw materials and construction conditions in each region, so, the research and development of the self-compacting concrete has a special significance according to the specific circumstances of each region. In this study, the parameters of the volume of coarse aggregate, mortar volume, the volume fraction of the sand, the mineral admixtures ash and cementatious coefficient were selected and calculated, and the C40 self-compacting green concrete was successfully configured.

A hydroxylated silicon substrate was modified with 3-aminopropyltriethoxysilane (APTES) monolayer, followed by the surface initiated graft polymerization of the N-isopropylacrylamide (NIPAm). The microstructure of poly(N-isopropylacrylamide) (PNIPAm) coating was examined by X-ray photoelectron spectroscopy (XPS) and atomic force microscopy (AFM), respectively. And the results showed that about 50 nm thickness of PNIPAm coating grafted successfully.

A Questionnaire Investigation of CAI on College Physics was carried out in 23 higher education institutes of Henan Province and the findings were compared with the teaching method in a traditional way. It has been proved that physics teaching at college assisted by multimedia courseware has some advantages over that in a traditional way since the former provided a larger output of knowledge, a higher level of knowledge acquisition compared with the physics teaching in a traditional way. And it is also found that text courseware alone might not achieve better results in the physics teaching at colleges.

With the development of information technology, multi-media teaching has been applied widely in various colleges and institutions. In the classroom teaching, the teachers must utilize the remote control device to operate the computer and use body movements. In this paper, a kind of multi-function laser remote control pointer is designed, which can be used as a mouse without power consumption and operation platform., and then teachers can shake off the shackles of the computer and remote control the computer anywhere in the classroom. In this way, teachers can present the lecture through the computer and at the same time make full use of their body language and personal charm.

The temperature sensitive behavior and the phase behavior of linear poly(N-isopropylacrylamide) (PNIPA) in water-additive systems were investigated via turbidity measurements.. Three kinds of additives, including acrylic acid (AA), acryl amide (AM) andN-vinyl-2-pyrrolidone (VP), were selected. AM and VP systems only exhibited a different lower critical solution temperatures (LCST) behavior with different additive concentrations, and in low concentration of AM or VP, LCST decreases with additive concentration increasing, but in higher concentration, LCST decreases with additive concentration increasing. However, it was first detected the coexistence of a LCST with an upper critical solution temperature (UCST) in AA system. The systems studied here are alternative functional molecular material for the shading agent in some special conditions.