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2012 International conference on Environmental Science and Material Application (ESME2012)

Time:2012-09-08 10:10:04  From:中国学术会议在线  Author:佚名

2012 International conference on Environmental Science and Material Application (ESME2012)

Start date: the 2012-10-13
End date: the 2012-10-14
The countries: China
City: Beijing

Chairman of the organizing committee :  Zong Ming tu, Beijing Spon Technology Research Institution JiJun Wang, Beijing Spon Technology Research Institution QuanXiang, Beijing Prophet Scence and Education Research Center 

contact :  Secretariat of organizing committee 
Tel:  18963970668 
E-MAIL:  ESME2012reg@163.com 
Website:  http://iser-association.org/ESME2012/Home/ 
The meeting background :        
ESME2012 is an important leading annual conference of ISER Association for all researchers home and abroad. With the rapid development of information technology, researchers in all fields begin to discuss some new ideas connected with Environmental Science and Material Application. ESME2012 will also provide a valuable opportunity for researchers ,scholars and some scientists to exchange their ideas face to face together. ESME2012 is very special for its strong organization team, dependable reputation and
wide sponsors all around the world.
   We are very sincere to invite you to take part in 2012 International Conference on  Environmental Science and Material Application(ESME2012) in Beijing, China. It will bring you an unexpected harvest. In the future, you may be a member of our big family. Therefore, it will a good chance for you to make friends in scholarism.  All accepted papers will also be published on international journal Advanced Materials Research and will be indexed by EI compendex and ISTP . Some excellent papers will be chosen to be published  in some journals, which will be indexed by SCI or EI.
Essay range and requirements : 
Ecomatarial
Environment Conscious Material
Ecological Material
Green material
Ecological environment material
Recycled type materials
Molecular materials
Wall material without releasing harmful gas
High oil-absorbing resin
Hydrogen storage material
Hydrogen storage alloy electrode materials
Nimh battery materials
Intercalated-li anode carbon
lithium ion battery materials
Fuel cell materials
Silicon semiconductor materials
Solar battery materials
Nuclear reactor material (Uranium, deuterium ect.)
High-energy hydrogen storage material
Polymer battery materials
Temperature solid oxide fuel cell electrolyte materials
Polycrystalline material (film solar cells)
Engineering Materials and its Application
Building Materials and Energy Saving
Material Science and its Application
Metal materials
Industry materials and Energy Saving
Photographic materials
Biofuels and biological materials
Solar, biomass energy and wind power related materials
Renewable energy conversion materials
Energy-storage materials, batteries and super capacitors
Photocatalytic and solid-state lighting materials
Energy-saving and environmental regeneration materials
Battery material
Biomass energy technology
Synthetic biodegradable material
Natural biodegradable material
Green chemistry and Energy Materials
Processing and recycle waste material and Energy
Membrane materials application and Energy Saving
Nanotechnology and Energy Materials
Organic two-dimensional nanostructures and Nano-materials
Functional chemical materials and Energy Saving
Inorganic non-metallic material
Organic polymer materials
Composite materials
Aerospace materials
Energy materials
Biological materials
Structural materials
Functional materials
Semiconductor materials
Superconducting materials
Photoelectron materials
Magnetic materials and Energy Saving
Plastic and its Application
New engineering plastic and its Application
Polymer alloy and functional polymer materials
Ceramic materials and its Application
Germanium single-crystal and its Application
Crystal structure
Alloy phase structure
crystallology
Metal compounds
Amorphous phase
Alloy cooling process and dual alloy phase diagram
Ferro-carbon alloy
 surface modification of metal materials
Laser surface modification
Ion implantation surface modification
Double glow metal seeping surface modification
Chemical vapor deposition
Physical vapor deposition
Thermal spraying
 


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