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R. D. A. Pinto,L. D. R. Ferreira,R. A. G. Silva 대한금속·재료학회 2022 METALS AND MATERIALS International Vol.28 No.8
Cu–Al alloys have been used for marine applications due to their corrosion resistance and smart materials based on the shapememory effect. A technological tendency for Cu–Al alloys is the development of increasingly complex formulations, althoughthe role of alloying elements still unclear in comparison to other metallurgical systems, such as steels. In the present study,2 at% Cu were substituted by equal quantities of Ni and Ga in the Cu81Al19alloy, which are elements from the same periodand similar in size to the Cu atom. The obtained alloys were analyzed by several characterization techniques. The resultsshowed that the Ni addition increases the critical temperatures and decreases the microhardness values. The Ga additionhas the opposite effect. Both alloying elements produce new phases in the microstructures, hamper the α phase ordering,accelerate the β phase decomposition, and increase the conductivity of the Cu81Al19alloy. From this study, it is possible torealize that small changes in atomic features (electronic structure, atomic radius, valence, electronegativity) from a portionof atoms are enough to obtain distinctive materials, which turns the design of new Cu–Al alloys and the prediction of theirproperties a challenging task.
TOWARDS A MODEL OF THE DIGITAL UNIVERSITY : A GENERALIZED NET MODEL FOR PRODUCING COURSE TIMETABLES
A. Shannon,D. Orozova,E. Sotirova,K. Atanassov,M. Krawczak,P. Melo-Pinto,R. Nikolov,S. Sotirov,T. Kim(김태균) 한국지능시스템학회 2008 한국지능시스템학회 학술발표 논문집 Vol.18 No.1
In a series of research papers, the authors have studied some of the most important models of a contemporary universities, such as: the research university, the entrepreneurial university and the digital university and construct their Generalized Net (GN) models. This paper is based on the case-studies of Sofia University, the Technical University of Munich and the University of Edinburgh. The main focus is to put the analysis of the processes of the functioning of a university which effectively integrates Information and Communication Technologies (ICT) in all university activities. A concrete example based on the process of course administration at University of Edinburgh is considered. This university is in a process of developing an integrated information system covering most of the university activities. The opportunity of using GNs as a tool for modeling such processes is analyzed as well.
[ ] Prepared by Calciothermic Reduction-Diffusion Using Different Iron Powders
Boareto J.C.,Soyama J.,Felisberto M.D.V.,Hesse R.,Pinto A.V.A.,Taylor T.R.,Wendhausen P.A.P. 한국분말야금학회 2006 한국분말야금학회 학술대회논문집 Vol.2006 No.1
This paper compares the effect of using different types of iron powders for the preparation of by calciothermic reduction-diffusion (CRD). Three types of iron powder were used: carbonyl, sponge and water atomized. The results show that, when immediately nitrogenated after the CRD process, prepared from sponge and water atomized iron powders yield -magnets with a high degree of texture. However, after a suitable treatment with hydrogen followed by nitrogenation, -powders made from Carbonyl iron produce magnets with the best quality regarding coercivity, remanence and degree of texture.
Low-intensity training provokes adaptive extracellular matrix turnover of a muscular dystrophy model
Thaís P. Gaiad,Murilo X. Oliveira,Adalfredo R. Lobo-Jr.,Lívia R. Libório,Priscilla A.F. Pinto,Danielle C. Fernandes,Ana Paula Santos,Carlos Eduardo Ambrósio,Alex Sander D. Machado 한국운동재활학회 2017 JER Vol.13 No.6