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The porous structure and honeycombed structure of granulated blast furnace slag formed by alkali activation (AGBFS) can be used as a promising photocatalysts su
The 60Fc and 70Fc SF/SA blend scaffolds were prepared to mimic the functions of the native ECM for skin regeneration. Human Umbilical Vein Endothelial Cells (HU
Hierarchical porous carbon material (MMC) was successfully fabricated via hard template synthesis method by carbonization of furfury alcohol within the template
Plasma electrolytic oxidation (PEO) coatings were formed on 7075 aluminum alloy in silicate-borate based electrolyte with different duty cycles. The physical an
Phlogopite-based geopolymer was first prepared successfully under the activation of lye by compression molding at 50 MPa for 1 minute. The geopolymer was endowe
The hot tensile deformation properties and microstructure evolution of high purity C71500 cupronickel alloy at 1023-1273 K and 0.0001-0.1 s-1 strain rates were
The strength and microstructural analysis of recycled geopolymer are presented in this paper. Five kinds of geopolymers containing 0％, 20％, 50％, 80％ and 100 ％ of rec
白光有机电致发光器件(OLED)在实际应用中根据不同的应用场景而有不同的色温要求。该白光OLED具有串联混合结构,包括荧光蓝光发射单元和以Pt磷光材料为客体的黄光发光单元。利用串联器件中存在的弱微腔效应以及所用Pt磷光材料的掺杂特性,通过改变串联结构中空穴传输层的厚度、电荷产生层中n型结构的厚度、调整Pt磷光客体材料在黄光发光单元中的质量分数对串联白光OLED色温进行了调整。通过以上方法,白光OLED的色温可以在3000~10000 K内进行调整,以满足不同的实际应用需求。
The effect of rheological-active additives on the properties of cement suspensions and self-compacting concrete mixtures have been studied. In order to increase