Îloquium-journal ISSN 2520-6990
Miçdzynarodowe czasopismo naukowà
TechnicaÍVcience
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5. Koh, S. C. L., Gunasekaran, A., Cooper, J. R. The demand for training and consultancy investment in SME-specific ERP systems implementation and operation. International Journal of Production Economics, vol. 122, 2009. p. 241-254 6. O'Leary. D. F. Enterprise Resource Planning Systems: Systems, Life Cycle, Electronic Commerce, and Risk. UK: Cambridge University Press. 2000. P. 7. Quiescenti, M..Bruccoleri M. , La Commare U. , Noto La Diega S. , Perrone G. Business processoriented design of Enterprise Resource Planning (FRP) systems for small and medium enterprises, lnternational Journal of Production Research, 44. 2006. p. 18_19. 8. Raymond, L., Rivard, S., Jutras, D. Evaluating Readiness for FRP Adoption in Manufacturing YAK 544.623 |
SMEs", International Journal of Enterprise Information Systems, vol. 2, 2006. p. I-17 9. Saini, I. , Khanna, A., Peddoju, S. K. Cloud and Traditional ERP systems in Small and Medium Enterpnses. International Conference on Information Systems and Computer Networks 2014. p. 138-141. 10. Welsh, J. A., White, J. F. A small business is not a little big business, Harvard Business Review. vol. 59, 1981. p. 18-27. I l . Tu, J. , Guo, R. , Fang, Z. Capacity Planning of ERP Based on the State of Manufacturing Resources /l IAEEE. 201 1 p. 20-34. 12. Zadeh, A.H., Akinyemi, B. A.. Jeyaraj, A. Cloud FRP Systems for Smalland-Medium Enterprises: A Case Study in the Food Industrv, Journal of Cases on Information Technology Vol. 20. Issue 4. October-December 2018. p. 233-243. |
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DOI: 10.2441 1 '2520-6990-201 9-1 0681
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Butenova A.K.
Senior Lecturer, Master ofEducation Rakhymbekov A.m. 2 professor, candidate ofphysical and mathematical sciences, associate professor ZhGU named after I.Zhansugurov
Taldykorgan, Republic of Kazakhstan
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Abstract
The unique transport properties of the main types of concentration superionic cells based on solid oxide superionic conductors (tosp) are Considered, in particular, from a solid oxide superionic conductor based on stabilized zirconium dioxide. The three most common types of superionic concentration cells operating under different regimes have been studied: the "no transfer" cell, the "no external source transfer" cell, and the oxygen dosing cell.
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Keywords: superionic, gas, solid electrolyte, cell, dosing
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ISSN 2520-6990 Miçdzynarodowe czasopismo naukowà
Koh, S. C. L., Gunasekaran,
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© ООО «Знанио»
С вами с 2009 года.
