14. A Cost-Effective Liquid Phase Epitaxy Process for High-Efficiency AlGaAs/GaAs Solar Cells
پدیدآورنده : Camron David Noorzad
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Electrical engineering,Applied sciences;Algaas/gaas;Liquid phase epitaxy;Physical electronics;Semiconductor device physics;Solar cells
15. A Qualitative Approach to Inverse Scattering Theor
پدیدآورنده : / electronic resource
کتابخانه: Central Library, Center of Documentation and Supply of Scientific Resources (East Azarbaijan)
موضوع : Mathematics,Fourier analysis,Differential equations, partial,Computer engineering,Mathematics,Partial Differential Equations,Electrical Engineering,Theoretical, Mathematical and Computational Physics,Fourier Analysis
رده :
E-BOOK
16. A handcrafted multi-branch nerve scaffold for in vivo peripheral nerve regeneration
پدیدآورنده : Ridwan Fayaz Hossain
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Neurosciences; Biomedical engineering; Electrical engineering,Biological sciences;Applied sciences;Immunohistochemistry;Multi-branch scaffold;Neural interface;Peripheral nerve regeneration
17. A new enhanced binary ghost canceling reference signal for TV ghosts
پدیدآورنده : W. A.-E. Abu Al-Saud
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Electrical engineering
18. A novel approach for generating two-variable very strict Hurwitz polynomials with applications in the design of stable two-dimensional recursive digital filters
پدیدآورنده : M. A. Abiri
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Digital filters,Electrical engineering,Hurwitz polynomials
19. A novel architecture for switched-capacitor FIR filters
پدیدآورنده : S. T. N. Ahmed
کتابخانه: Center and Library of Islamic Studies in European Languages (Qom)
موضوع : Applied sciences,Electrical engineering
