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and novel materials, university of sciences and technology, BP-1505 El M’naouar, Oran, Algeria. 7Department of Physical Metallurgy and Materials Technology, Brandenburg Technical University, 03046 Cottbus, Germany.
Materials Letters, 155 (2015) 75-77
Materials Science & Engineering.
Construction and Building Materials, 175 (2018) 653-663
Journal of Membrane Science, 225 (1-2) (2003) 177–186

Reaction Sintering of Mg2Si Intermetallic Compound by Microwave Irradiation DU Chang-kuna ; ZHOU Shu-caib School of Metallurgical and Materials Engineering, Chongqing University of Science and Technology, Chongqing 401331,China aDck9760@163.com,bzhoushucai71@126.com Keywords: Mg2Si; thermoelectric materials; solid state reaction method; microwave synthesis.
The samples were cooled to room temperature for further control experiment raw materials.
M Zhang.Journal of Wuhan University of Technology-Materials Science, 19(6),(2004),p55
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Solid explosive-barrier devices technical scheme Objectives that solid explosive-barrier devices are expected to achieve: ①The explosive-barrierdevices is solid materials;②Automatic control and executive function; ③Speeding in milliseconds; ④No hindering the normal production of coal heading face;⑤No posing new security risk.
Technical solutions shown in figure 1: Fig.1 Solid explosive-barrier devices technical scheme Two layers of solid materials are selected,solid material A and solid material B.A attenuates shock wave and isolates flame .
Rely on resistance blasting door of solid materials to block roadway pathways, prevent burning, explosion fire and pressure along the roadway spread, prevent burning, explosion hazard enlargement.
Because the resistance explosion door and the resistance blasting board are the solid resistance materials which have the damping function of the shock wave of gas explosion and the flame to reduce the harm of gas and dust explosion, when many groups are established, we can control the harm of the shock wave of the gas explosion and the flame in the acceptable scope.
Acknowledgement It is a project supported by the High-Tech Research and Development Program of China (863 Program) (2008AA12A214).East coal electrical-controlled project of Heilongjiang province References [1] Khan Faisal I, Abbasi SA:Journal ofLossPreven-tion in theProcess Industries Vol.12(1999), p.361-378 [2] Boquan Lin and Bohui Chen:Journal of China University of Mining and Technology Vol. 1(2000) ,p.45-47, in Chinese [3] Congyin Wang and Xueqiu He:China Safety Science Journal Vol. 11(2001), p.60-64, in Chinese [4] Baisheng Nie,Xueqiu He and Jinfeng Zhang:Journal of China Coal Society Vol. 33(2008), p.903 -907, in Chinese [5] Jianliang Yu, Wei Meng and Yajie Wang: Energetic Mater Ials Vol. 13(2005),p.416-421, in Chinese [6] Zhouquan Cai and Huimin Li:Mining Safetyand Environmental Protection Vol. 33(2006),pp.15-17, in Chinese [7] Ying Wang,Ruiyun Ren and Hongyu Jiang:Mining Machinery Vol.13(2005),p.30-31,in Chinese

Study on Electronic Materials with Performance of meander-line inverted-F antenna Jing Wei WU, Wei HE, Dan SU and Jing MO School of Physics and Electronic Information, Yunnan Normal University, Kunming, China Corresponding author: Wei HE, email: he99wei@aliyun.com Keywords: Inverted-F antenna, Loaded meander-line, Resonant frequency, Electronic material Abstract.
Acknowledgment This project was supported by National Natural Science programs (50367001, 51267021) and Yunnan Province Science and Technology bureau program (2009ZC055M).
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Of Const. materials, TU Dresden, Germany
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However, high moisture absorption and low thermal stability of natural fibers present significant challenges for the wide application of these materials [5].
Experimental procedure Materials: Industrial hemp fibers were obtained from Hempline Inc.
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Therefore, the study of the structural and magnetic properties of silicene and germanene is critical to exploring such material behavior, providing opportunities in the development of materials technology.
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