Search results

The organization is present at all levels of society, being provided critical to obtaining maximum results with minimum human effort and material.
Grabara, “The Role of Information System Flows in Fulfilling Customers' Individual Orders”, in: Journal of Studies in Social Sciences, vol. 7 (2014)
Telematics-Support for Transport, (2014) [7] M Ferencová, V Misencíková, S Kot, An Analytical View of Using E-Communication Tools in Promoting of Selected Pilgrim Tourism Sites in Slovak Republic, Journal of Environmental Management & Tourism, 5 (2), (2014) [8] I.C.
Modrak, Enhancing Learning Management System Through Web Academic Library Information System, in: Polish Journal of Management Studies, vol. 10/1 (2014)
Modrak, Metrics in Organizational Centralization and Decentralization, in: Polish Journal of Management Studies, vol. 10/2 (2014)

However, these are not meant for materials science research and cited here as an example of one of the most advanced accelerators [84].
Mehta, Swift heavy ion-based materials science research at NSC.
Avasthi, Swift Heavy Ions for Materials Engineering and Nanostructuring, Vol. 145, Springer Science+Business Media, 2011
"Ion Beams for Materials Engineering—An Overview."
Svorcık, Fluorine ion-implanted polystyrene improves growth and viability of vascular smooth muscle cells in culture, Journal of biomedical materials research, 49 (2000) 369-379

The application of the multi-media in teaching can widen teachers and students' knowledge vision and can provide them with rich and teaching-related information source and learning materials, saving time for their material and information searching.
It also emphasizes humanism, because human is both the production factor and the factor different from other material form, highlighting that people are a kind of living elements.
Analysis on Learning Organization’s Value of Improving Teaching Quality in Colleges and Universities [J], Suzhou S&.T University Journal (Social Science Edition), 2004(4)

Introduction The Truck Ro-Ro transportation in the Chuanjiang river has experienced 10 year's development science its start in 2001 with its Shipping capacity increasing 4 times to 115 Ro-Ro ships 5986 vehicles from its original 30 Ro-Ro ships 200 vehicles.
At the same time, the considerably rising cost of raw materials, various taxes and operation cost, make the profit of Ro-Ro transportation in the Reservoir down to logistics average and narrow the margin in its traditional price advantage.
At present a complete and competitive industry cluster has come into being in the Reservoir comprised of steel, petrochemical, energy, automobile, mechanical and electrical, light textile industry, building materials, etc. and makes the Reservoir an important global manufacturing bases.
References [1] Guo Yu, Recent Development and Prospects for Ro-Ro Special Terminal in China Port,[R].China Port,2009,(09) [2] Luo Ping, Speeding Up the Construction of R0-Ro Transport System in the Yangtze River[J].China Water Transport,2006,(11) [3] Robert W.Merriam.The abundance,distribution and edge associations of six non-indigenous , harmful plants across North Carolina [J]Journal of the Torrery Botanical Society 130(4),2003 [4] Jeff Hochmuth ,Sydney Bowcott .System Architecture Efforts in the GaryChicago-Milwaukee Corridor [J]Transportation Conference Proceedings,1998,(12)

Electric discharge machining has a potential to erode any conductive material (resistivity should not exceed 100 Ω-cm) irrespective of its strength, hardness and toughness [2].
Though complex thermo-electrical phenomena, material inhomogeneity, transient behavior of dielectric fluid result critical surface integrity of the machined part still, mechanism of material removal is preserved in surface topography.
Standard high speed steel cutting tool (measured density 8006 kg/m3) specimen of M2 grade (C-0.80%, W-6%, Mo-5%, Cr-4%, V-2%) is taken as workpiece material and electrolytic copper rod (density 8904 kg/m3) of diameter 12 mm is considered as tool electrode.
Newman: International Journal of Machine Tools and Manufacture Vol. 43 (2003), p. 1287-1300
Wei: Chinese Science Bulletin Vol. 56 (2011), p. 925-932

Na2SO4 (m) ⇔ Na2SO4 (g) (1) 2.3 Evaporation of chloride species In commercially produced soda-lime-silicate glass melts, such as container glass melts and float glass melts, chlorides are present due to contaminations or impurities of the applied raw materials or recycled glass cullet.
The coarse cullet (5 - 10 mm) used for these evaporation tests has first been prepared from pure raw materials that are melted above the fining temperature.
Beerkens, J.A.C. van Limpt, 'Evaporation in industrial glass melt furnaces', Journal of Glass Science and Technology 74 [(9], 245-257 (2001) [4] R.G.C.

Moreover the crystals of above two stoichiometric materials has been considerable interest of been as eximious precursors of cubic-ZrW2O8 and cubic-ZrMo2O8 which are excellent isotropic negative thermal expansion (NTE) compounds over a very wide temperature range [3,4].
Experiment Starting materials were Na2WO4·2H2O (A.R.), ZrOCl2·8H2O (A.R.) in which the hydration water was determined by gravimetric method.
Vol. 10 (1959), p. 69 Journal of Inorganic and Nuclear Chemistry [2] P.
Sleight: Science Vol. 272 (1996), p. 90 [4] J.

η Phase Formation Mechanism at Cemented Carbide YG30/Steel 1045 Joints during Tungsten-Inert-Gas Arc Welding Zhao Xiujuan1a, Liu Pengtao1b, Chen Chunhuan1c, Yang Dexin1d, Tagashira Kohsuke2e 1School of Materials Science and Engineering, Dalian Jiaotong University, Dalian, 116028, P.
Essential compositions of the filling alloys (wt %) Cemented carbide YG30 (70%WC + 30%Co in weight percent) and steel 1045 (ASTM) were selected as model materials in this work.
Kanayama: Journal of the Japan Society of Powder and Powder Metallurgy, Vol. 44 (1997), P. 958 [2] F .X.

Citation & Copyright (to be inserted by the publisher ) Effects of Alloying Elements on Elastic Modulus of Ti-Nb-Ta-Zr System Alloy for Biomedical Applications Nobuhito Sakaguchi1, Niinomi Mitsuo2 Toshikazu Akahori2 Takashi Saito 3 and Tadahiko Furuta3 1 Graduate student, Toyohashi University of Technology, 441-8580, Japan 2 Department of Production Systems Engineering, Toyohashi University of Technology, 441-8580, Japan 3 Materials Division 1, Toyota Central R&D Labs., Inc., Nagakute, 480-1192, Japan Keywords: titanium alloy, mechanical properties, Young’s modulus, microstructure, biomaterial and powder metallurgy Abstract.
Recently, titanium and its alloys, which have lower Young’s modulus than other metallic biomaterials such as Co-Cr alloys and stainless steels, have been widely used for hard tissue replacement materials.
� 0Ta 5 � bal. 30 10Nb 5 10 bal. 10 5Ta 5 5 bal. 30 10Nb 5 10 bal. 10 5Ta 5 5 bal. 30 20Nb 5 10 bal. 20 20Ta 5 20 bal. 30 20Nb 5 10 bal. 20 20Ta 5 20 bal. 30 15Nb 5 10 bal. 15 15Ta 5 15 bal. 30 15Nb 5 10 bal. 15 15Ta 5 15 bal. 30 25Nb 5 10 bal. 25 0Zr �10 bal. 30 25Nb 5 10 bal. 25 0Zr �10 bal. 30 30Nb 5 10 bal. 30 3Zr 3 10 bal. 30 30Nb 5 10 bal. 30 3Zr 3 10 bal. 30 40Nb 5 10 bal. 40 10Zr 10 10 bal. 30 40Nb 5 10 bal. 40 10Zr 10 10 bal. 30 35Nb 5 10 bal. 35 7Zr 7 10 bal. 30 35Nb 5 10 bal. 35 7Zr 7 10 bal. 30 Journal Title and Volume Number (to be inserted by the publisher) Young’s modulus (73.0GPa) among the other designed alloys.
Fedotov, Titanium Science and Technology, Proceedings of the First International Conference on Taitanium, (1970), 871-881.

There are material specifications typically impose limits on pearlite content in ferritic ductile irons to avoid the alloy dilation and growth associated with decomposition of the pearlite cementite at high operation temperatures [2].
The metallic charge used to prepare the base molten iron consisted of high purity (Sorel) pig iron, steel scrap, ferrosilicon 75%, Ferro-molybdenum 60% as well as carburizing material.
Acknowledgement This work was conducted in the frame of the research project: “Thin-wall iron castings for automotive applications” with very kind financial support of the Science and Technological Development Fund (STDF), the Ministry of Scientific Research of Egypt.
Kim, Effect of Mo on the microstructure and thermal expansion of high Si ferritic heat-resistant ductile iron, International Conference on Materials; Environmental and Biological Engineering (MEBE 2015)
Plowman, An investigation of chunky graphite defects in SiMo iron used for high temperature applications, Indian Foundry Journal 57 (5) (2011) 41-48.