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In the materials science and engineering classroom, the boundaries are blurred between science and engineering.
Fig. 1 Talents training mode of materials science and engineering Talents training mode of materials science and engineering was shown in Fig. 1.
The materials science and Engineering program would focus on the various materials like metals, ceramics, polymer and their composites.
materials Physical properties of materials 6 Computer application technology Computational materials science Engineering application software Characteristic knowledge areas 7 Civil engineering materials Engineering material, Cement and concrete, Asphalt and asphalt mixture, Chemical building materials Environmental materials, Functional materials, Building energy-saving materials, Corrosion and protection of materials, Special ceramics, Soil reinforcement principle The major of material science and engineering is a wide major.
Journal of Cooperative Education, vol. 8, p24–27, 1972

University Education of Intellectual Property for Innovation Talents of Science and Technology in Functional Material Industry Jinsheng Lianga*, Junping Mengb, Yan Dingc, Lijuan Wangd and Guangchuan Liange Institute of Power Source and Ecomaterials Science,Hebei University of Technology, Tianjin 300130,China aLiang_jinsheng@sina.com, bmengjunping@hebut.edu.cn, cdingyan@hebut.edu.cn, dwljhh@yahoo.com.cn, eliangguangchuan@hebut.edu.cn Keywords: new material industry, functional material, science and technology innovation, talent training, intellectual property education, environment functional materials Abstract.
Combined the training practice on the innovation talents of science and technology in the industries of the new energy and environment functional materials, the education mode of the intellectual property for the compound innovation talents of science and technology in the functional material industry was studied. 1.
Wang: Journal of Jinling Institute of Technology(Social Science),( 2009)，23(4): p. 44 [2] Y.
Zhao: Journal of Shandong Teachers University(Humanities and Social Sciences),(2010),55(1): p. 154 [3] J.
Ding, et al.: Advanced Materials Research,(2010), v 96, p. 289

This volume of the journal contains papers from the 3rd International Conference on Material Science and Engineering Technology (3rd ICMSET 2019) was taken place in Saipan, USA, during March 15-17, 2019 and presents readers research results in the field of applied materials and advanced materials processing technologies.

We are glad to present the 34th volume of International Journal of Engineering Research in Africa to our readers.
This volume contains articles describing the research results in the fields of materials science in the mechanical engineering, construction materials, technological processes in the chemical production, power distribution, communication engineering and engineering management.
The articles will be useful for many engineers as well as for academic teachers and students majoring in these fields of engineering science.
Steel, Alloys, Mechanical Properties, Building Materials, Coagulation, Flocculation, Organic Compounds, Extraction, Neuro-Fuzzy Technique of Modeling, Marine Communication, Power Distribution, Engineering Management

A bibliometric analysis of the performance of Advanced Materials Research from 2005 to 2012 Ting Liu1, a 1School of Environmental Science & Engineering, Hubei Polytechnic University, Huangshi, 435003, China Email:axianglt@live.cn Keywords: Scientometrics, Citation, Author Keywords, Journal Abstract.
This paper presents a detailed chronological survey of paper published in the journal titled Advanced Materials Research from 2005 to 2012.
Scientists in each discipline have too many choices of journals to read and refer; therefore, the evaluation of the performance of each journal was deemed necessary to indicate the impact and contribution of each journal in its respective field [2].
More than 60 institutes published 60 articles in Advanced Materials Research.
The five most common classification codes were materials science (19.5%), strength of building materials and mechanical properties(12.8%), heat treatment processes (10.9%), chemical products generally(9.5%) and mathematics (9.4%) along 8 years.

The application of nano-materials and technologies in sports physical sciences Fei Shena, Hai Jun Wangb Hebei Normal University of Science and Technology, China atyjx126@126.com, btyxbcg@163.com Keywords: Nano-technology; application; sports physical sciences Abstract.
Using nano-technology in the field of sports physical science is extremely important, this study explain the application of nano-materials and technologies in the field of sports physical science; discuss the promoting effect of nanotechnology on the development of sports physical science.
Nanotechnology and tissue replacement materials.
In the process of bone formation, nano-materials as fill material and carrier of bone growth factor plays a role of bridge, with the growth of new bone, bio-materials gradually degradation, when new bone formation, nano-materials will be fully absorbed, this new bone have a same strength and toughness.
Materials Science and Engineering: R: Reports, Volume 56, Issues 1–6, 2007, Pages 1-129

We are glad to present our readers with the 40th volume of International Journal of Engineering Research in Africa.
This volume contains articles describing the research results in the fields of materials science, mechanical engineering, power distribution and power control, construction materials and technologies, technological processes in the wastewater treatment and industrial engineering.
The articles will be useful for many engineers as well as for academic teachers and students majoring in these fields of engineering science.
Composites, Metal Matrix Composite, Concrete, Building Materials, Mineral Waste, Seismic Motion, Wastewater Treatment, Vortex Condenser, Atmospheric Moisture, Power Engineering, Power Control, Industrial Engineering, Product Quality, Fuzzy Control, Intergrated Planning, Lean Manufacture

A total of twelve on-line resources from the four well established museums used in this study were selected as representative informal science teaching materials.
Methods Three educational resources from each of the four museums were selected as representative informal science teaching materials.
Equally as important, was that these characteristics were present in enough materials so that a valid descriptive analysis was possible.
For instance, 'The Human Story' of the Australian Museum comes with lots of materials that are divided into a student activity part, including handouts and worksheets, and a teacher section, with supporting materials and in-depth explanations as well as a teacher's guide and learning goals.
Electronic Journal of Science Education, Vol. 5(4) (2001)

The 31st volume of the International Journal of Engineering Research in Africa presents the articles that describe the results of engineering research and solutions in the fields of applied mechanics, research of materials and processing technologies in the mechanical engineering, construction materials, equipment design, process control in chemical production, geoenvironmental engineering and engineering management.
The articles will be useful for the professionals concerned with mechanical engineering, materials science, chemical engineering, engineering management as well as for academic teachers and students majoring in related fields.
Applied Mechanics, Numerical Modeling, Structural Materials, Processing Technology, Building Materials, Machine Design, Process Control, Chemical Engineering, Geoenvironmental Engineering, Engineering Management

We present for our readers the 33rd volume of the International Journal of Engineering Research in Africa which contains articles describing the results of engineering research and solutions in the fields of the applied mechanics, research of materials and processing technologies in the mechanical engineering, construction materials and technologies, equipment design, power electronics, power distribution, technological processes in the chemical production, environmental engineering and engineering management.
The articles will be useful for the professionals concerned with mechanical engineering, materials science, chemical engineering, power production and engineering management as well as for academic teachers and students majoring in these fields of engineering science.
Applied Mechanics, Optimal Designing, Processing Technologies, Bio- and Chemical Technologies, Environmental Engineering, Power Electronics, Optimal Power Distribution, Materials and Technologies in Construction, Engineering Management