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Acknowledgements This work was financially supported by the State Key Laboratory of High-performance Civil Engineering Materials Open Foundation, Jiangsu Construction Science Research Institute Co., LTD.
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The use of porous materials is of interest, because it gives the opportunity to reduce the mass of protective structure.
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Enhanced Fluorescence Emission of Bonding Type Rare Earth Complexes Eu(MAA)3Phen Bin Wanga, Lulu Xiaob, Hengxue Xiangc, Bin Sund*, Meifang Zhue* State Key Laboratory for Modification of Chemical Fibers and Polymer Materials, College of Materials Science and Engineering, Donghua University, Shanghai 201620 China awangbhiii@163.com, b1009157085@qq.com, chengxuexiang@163.com, dsunbin@dhu.edu.cn, ezhumf@dhu.edu.cn Keywords: Rare earth element, Complexes, Fluorescence emission function.
Compared with conventional luminescent materials, this resultant complexes show greater fluorescence intensity.
After years of research, fluorescent materials have been greatly enriched and developed, from the initial organic molecular luminescent materials gradually developed into the composite luminescent microspheres, semiconductor quantum dots, rare earth fluorescent materials.
Experimental Materials.
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Due to the energy storage effect of phase change materials, the system had output power of 1.3W at night.
The new type of solar chimney power plant system built with transparent materials and fixed on the south wall of building is designed [2,3], as is shown in Fig. 1.
Latent heat storage materials have high density of heat storage and release plenty of heat through phase change at constant temperature.
Due to the energy storage effect of phase change materials, the system has output power of 1.3W at night.
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Experimental procedure Pure aluminum and Al3003 alloy, the core materials were used in this experiment.
Core materials were manufactured by using induction furnace and homogenous heat treatment was performed.
Table 1 showed the chemical composition of the core materials.
Results and discussion Fig. 2 showed the variation of flow stress of the sheath material and the core materials at 623K.
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These powders have been widely used in the areas of catalysis [1], sensors, magnetic recording, magnetic semiconductor device[2], magneto-optical materials[3], absorbing materials, ferrofluid etc.
，according to the stoichiometric ratio of chemical formula, weigh suitable starting materials and surfactant (CTAB, 2wt% of starting materials).
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Materials and experimental methods Materials.
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Ivanova, Alternative machining of materials liable to crack propagation, Materials Today: Proceedings. 19 (2019) 2304-2306
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Addy, Design and Development of a Delta 3D Printer Using Salvaged E-Waste Materials, Journal of Engineering (2019) 5175323

It is shown that such composite materials have high deformation cycle resistance.
Mechanical characteristics of titanium nickelide wire and composite materials with silicone and polyethylene matrices during static and cyclic bending tests
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Stepushin The correlation among chemical composition, structure and mechanical properties in titanium alloys for the elements with increased dynamic ability //IOP Conference Series: Materials Science and Engineering. 2020.
Stepushin Gradient structure formation in titanium alloys using thermohydrogen treatment technology //IOP Conference Series: Materials Science and Engineering. 2020.