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Online since: July 2011
Authors: Lei Zhang, Wen Hui Zhang, Jing Zhang
            
                Rural areas maintain its unique rural landscape, which is the key resource that needs our protection.
In some areas we use some engineering measures around the project area for the construction of some building materials, so that construction costs can be brought down.
Applied to the natural ecological wastewater treatment systems is through engineering measures to transform on the natural pool, pond, ditch, channel and through filtration, sedimentation, producing oxygen, nutrient cycling and chemical absorption processes, using sunlight, plants and microorganisms biological processes to break down toxins and absorb heavy metals to treat pollutants in wastewater and purify water, while restore the damaged environment, and ultimately enable them to achieve self-regulation and self-recovery.
And besides that the requirements of the technology focused on the issues of the long-term stability of filter material and living through winter of plant the and so on[8].
            
    In some areas we use some engineering measures around the project area for the construction of some building materials, so that construction costs can be brought down.
Applied to the natural ecological wastewater treatment systems is through engineering measures to transform on the natural pool, pond, ditch, channel and through filtration, sedimentation, producing oxygen, nutrient cycling and chemical absorption processes, using sunlight, plants and microorganisms biological processes to break down toxins and absorb heavy metals to treat pollutants in wastewater and purify water, while restore the damaged environment, and ultimately enable them to achieve self-regulation and self-recovery.
And besides that the requirements of the technology focused on the issues of the long-term stability of filter material and living through winter of plant the and so on[8].
Online since: January 2021
Authors: Kamel Benlouanas, Lazhar Serir
            
                In Biskra province, this case study understands many angles towards the three various cold stores about materials, dimensions, and gains energy.
Besides, the compilation structure is based on local and regional materials like concrete, brick, and refrigerating sandwich panels; which is produced in Algeria as national and regional products (Cement and Brick factories in Biskra).
Principles of Classic System of Refrigeration (compression cycle) 3.2 Absorption Refrigeration System (B) The sorption chillers as absorption (B) or adsorption (A), as substitute key in the refrigeration field; Absorption cooling is renewable energy to furnish an alternating to classic cooling based on absorbate (refrigerant liquid) and absorbent (a basic liquid which absorbs and releases absorbate), Nearly to the cooling power with 60 RT (refrigeration Tons) Absorption chiller Yazaki (Lithium Bromide/water) WFC SC 5 with 17.6 Kw.
Tian,"Review on thermal energy storage with phase change materials (PCMs) in building applications", Applied Energy, Vol. 92, pp 593–605, (2012)
Sun,"Effects of design parameters on flow and temperature fields of a cold store by CFD simulation", Journal of Food Engineering, Vol. 77 Iss. 2, pp 355–363, (2006)
            
    Besides, the compilation structure is based on local and regional materials like concrete, brick, and refrigerating sandwich panels; which is produced in Algeria as national and regional products (Cement and Brick factories in Biskra).
Principles of Classic System of Refrigeration (compression cycle) 3.2 Absorption Refrigeration System (B) The sorption chillers as absorption (B) or adsorption (A), as substitute key in the refrigeration field; Absorption cooling is renewable energy to furnish an alternating to classic cooling based on absorbate (refrigerant liquid) and absorbent (a basic liquid which absorbs and releases absorbate), Nearly to the cooling power with 60 RT (refrigeration Tons) Absorption chiller Yazaki (Lithium Bromide/water) WFC SC 5 with 17.6 Kw.
Tian,"Review on thermal energy storage with phase change materials (PCMs) in building applications", Applied Energy, Vol. 92, pp 593–605, (2012)
Sun,"Effects of design parameters on flow and temperature fields of a cold store by CFD simulation", Journal of Food Engineering, Vol. 77 Iss. 2, pp 355–363, (2006)
Online since: October 2015
Authors: Marta Kadłubek
            
                Expanding the application by combining RFID readers, designed for identification of materials in assembly lines with transport and control systems, additionally enables appropriate directing specific elements to appropriate assembly and control cells.
inventory-taking; supports the monitoring of inventory in shops fresh product sector the improvement of location capabilities of the pallets in the warehouse – location tags placed on the ceiling; access to data, among others concerning product expiration date in real time, greater accuracy of data in the system army increasing security in the event of a terrorist threat; knowledge of the location of the container with guns or ammunition; labelled with the RFID tag, reduces the risk of the loss of consignment or sending it to the wrong recipient and taking immediate response at the moment of collecting the consignment by unauthorized people service of seaports the implementation of RFID brought about the maintenance of the low level of losses with simultaneous reduction in employment; unloading bulk in ports takes place by reloading products onto appropriate vehicles which are weighed and directed to the designated warehouse; vehicles are equipped with active RFID tags and registered in the key
Kurata, A review of RFID technology and its managerial applications in different industries, Journal of Engineering and Technology Management. 29 (2012)
Ulik, Application of RFID and ICT in Reverse Logistic in Poland, Applied Mechanics and Materials. 718(2015)
[29] Internal materials of surveyed company
            
    inventory-taking; supports the monitoring of inventory in shops fresh product sector the improvement of location capabilities of the pallets in the warehouse – location tags placed on the ceiling; access to data, among others concerning product expiration date in real time, greater accuracy of data in the system army increasing security in the event of a terrorist threat; knowledge of the location of the container with guns or ammunition; labelled with the RFID tag, reduces the risk of the loss of consignment or sending it to the wrong recipient and taking immediate response at the moment of collecting the consignment by unauthorized people service of seaports the implementation of RFID brought about the maintenance of the low level of losses with simultaneous reduction in employment; unloading bulk in ports takes place by reloading products onto appropriate vehicles which are weighed and directed to the designated warehouse; vehicles are equipped with active RFID tags and registered in the key
Kurata, A review of RFID technology and its managerial applications in different industries, Journal of Engineering and Technology Management. 29 (2012)
Ulik, Application of RFID and ICT in Reverse Logistic in Poland, Applied Mechanics and Materials. 718(2015)
[29] Internal materials of surveyed company
Online since: August 2010
Authors: Guo Zhong Cao, Betzaida Batalla García, Qi Feng Zhang, Saghar Sepehri
            
                Influences of Surface Chemistry on Dehydrogenation Kinetics of 
Ammonia Borane in Porous Carbon Scaffold 
Saghar Sepehri, Betzaida Batalla García, Qifeng Zhang,  and  
Guozhong Cao* 
Materials Science and Engineering, University of Washington, 302 Roberts Hall,  
Box 352120, Seattle, 
*Corresponding Authors.
Introduction Hydrogen storage is a key issue in the developing field of hydrogen technology.
Among the chemical hydrides, ammonia borane (AB), has been of great interest as a hydrogen storage material [1,2].
For the practical application of AB as a hydrogen storage material for a polymer electrolyte membrane (PEM) fuel cell, the optimum decomposition temperature should be around 85 °C, which is the working temperature of the PEM.
In nanoscale materials, shorter diffusion distances can result in faster kinetics.
            
    Introduction Hydrogen storage is a key issue in the developing field of hydrogen technology.
Among the chemical hydrides, ammonia borane (AB), has been of great interest as a hydrogen storage material [1,2].
For the practical application of AB as a hydrogen storage material for a polymer electrolyte membrane (PEM) fuel cell, the optimum decomposition temperature should be around 85 °C, which is the working temperature of the PEM.
In nanoscale materials, shorter diffusion distances can result in faster kinetics.
Online since: June 2012
Authors: Jian Qing Liu, Mei Luo
            
                Research on Internet Monitoring System Based on Multi-layer Text Information Filtering Method through Artificial Neural Networks
Jianqing Liu1, a, Mei Luo 1, b
School of Information Technology Engineering, 
Tianjin University of Technology and Education, Tianjin, China
aforeverljq@gmail.com;
bLUCKYLM@TOM.COM
Keywords: Information filter; unhealthy information; artificial neural networks
Abstract.
Therefore, Chinese words analysis is the foundation and the key part when processing Chinese information.
Here, total segmentation means all ways of the words combination, which can enrich the material for other segment styles.
            
    Therefore, Chinese words analysis is the foundation and the key part when processing Chinese information.
Here, total segmentation means all ways of the words combination, which can enrich the material for other segment styles.
Online since: September 2012
Authors: Noriaki Toyoda, Isao Yamada
            
                Gas cluster ion beam technology for nano-fabrication
Noriaki Toyoda and Isao Yamada 
Graduate school of engineering, University of Hyogo
2167 Shosha, Himeji, Hyogo, 671-2280, Japan
ntoyoda@incub.u-hyogo.ac.jp
Keywords: Gas cluster ion beam, nanofabrication, surface planarization, sidewall roughness
Abstract
A gas cluster is an aggregate of a few to several thousands of gaseous atoms or molecules, and it can be accelerated to a desired energy after ionization.
Ion beam process is one of the key technologies in nano-fabrications such as etching, thin-film formation, or implantation of impurities.
After etching the magnetic layer, these patterns were refilled with a film of TiCr which is a nonmagnetic material, by sputter deposition (Fig.6 (c)).
            
    Ion beam process is one of the key technologies in nano-fabrications such as etching, thin-film formation, or implantation of impurities.
After etching the magnetic layer, these patterns were refilled with a film of TiCr which is a nonmagnetic material, by sputter deposition (Fig.6 (c)).
Online since: June 2014
Authors: Li Fang Guo, Hai Feng Hu
            
                Land and water is the source of all life on earth, is the material basis for human survival.
Acknowledgements This work was financially supported by the National Natural Science Foundation of China (41301469) and the National Key Technology R&D Program (2009BAB48B02) References [1]Haifeng Hu, Wanlong He.
Journal of coal science & engineering. 1988(23):470-475.
            
    Acknowledgements This work was financially supported by the National Natural Science Foundation of China (41301469) and the National Key Technology R&D Program (2009BAB48B02) References [1]Haifeng Hu, Wanlong He.
Journal of coal science & engineering. 1988(23):470-475.
Online since: October 2014
Authors: Li Ping Ma, Jian Hong Wang, Si Yi Peng
            
                Activated carbon (coke) application of adsorption, one of the key problems is how regenerate the saturated activated carbon. heat regeneration is the one of common methods. adsorption heat source is used to improve the quality of molecular vibrational energy, to change the adsorption equilibrium, achieving adsorbate method of thermal decomposition or desorption from adsorbents.
On the other hand, the non-thermal effects of microwave will change the material structure and influence the process path.
[3] PENG Kang,LI Haoyu.Treatment processes of low-SO2 metallurgical flue gases[J].Journal of Chemical Industry & Engineering 2010,31(6):49-54
            
    On the other hand, the non-thermal effects of microwave will change the material structure and influence the process path.
[3] PENG Kang,LI Haoyu.Treatment processes of low-SO2 metallurgical flue gases[J].Journal of Chemical Industry & Engineering 2010,31(6):49-54
Online since: March 2012
Authors: Ping Ping Jiang, Wei Jie Zhang, Ping Bo Zhang
            
                Epoxidation of Soybean Oil with Tert-Butyl Hydroperoxide over Manganese(III) Tetraphenylporphyrin Chloride Catalyst
Jiang Pingping1, a, Zhang Weijie1,b and Zhang Pingbo1,c 
1 State Key Laboratory of Food Science and Technology, School of chemical and material engineering, Jiangnan University, Wuxi 214122, PR China
appjiang@jiangnan.edu.cn, bfengyunzwj@126.com, c46910597@qq.com
Keywords: Epoxidation, Metalloporphyrin, Vegetable oil, Tert-butyl hydroperoxide, Epoxidized soybean oil
Abstract.
            
            
    Online since: June 2014
Authors: Chel Jong Choi, V. Janardhan
            
                Janardhanam2,b
School of Semiconductor and Chemical Engineering, Semiconductor Physics Research Center, Chonbuk National University, Jeonju 561-756, Korea
acjchoi@jbnu.ac.kr, bvjr.phd@gmail.com
Keywords: p-type monocrystalline Si solar cell, screen-printing, phosphosilicate glass, reverse leakage current, generation-recombination, Poole-Frenkel barrier lowering
Abstract.
The development of fast and cost-effective processing technologies for high efficient crystalline Si solar cells plays a key role in the large-scale penetration of PVs in the total energy system.
Experimental Details P-type (100) monocrystalline Si wafer having a resistivity of 2 - 5 W×cm, a thickness of 220 mm and size of 4.0 ´ 4.0 cm2 were used as a starting material.
            
    The development of fast and cost-effective processing technologies for high efficient crystalline Si solar cells plays a key role in the large-scale penetration of PVs in the total energy system.
Experimental Details P-type (100) monocrystalline Si wafer having a resistivity of 2 - 5 W×cm, a thickness of 220 mm and size of 4.0 ´ 4.0 cm2 were used as a starting material.