All Stories

  1. STUDENTS’ MISCONCEPTIONS REGARDING RAY-OPTICS AND ITS USE FOR PRESENTING PROPAGATION ALONG OPTICAL WAVEGUIDES
  2. USING THE AMPLITUDE MODULATION PROCESS TO PRESENT THE CONCEPTS OF OSCILLATION BEATS, GROUP VELOCITY AND WAVE-PACKETS
  3. ENHANCING COMPREHENSION OF SIGNAL ANALYSIS TRANSFORMS THROUGH THEIR COMPARATIVE PRESENTATION WITH THE AID OF CONCEPT MAPS
  4. USE OF ARDUINO-BASED PROJECTS TO SUPPORT EDUCATION IN ELECTRICAL AND ELECTRONIC ENGINEERING
  5. DISSOLVING STUDENTS’ MISCONCEPTIONS REGARDING THE CONCEPTS OF INPUT IMPEDANCE AND OUTPUT IMPEDANCE
  6. SUPPORTING PRESENTATION OF FIBER-OPTIC LINKS TO ELECTRONIC ENGINEERING STUDENTS BY MEANS OF REALISTIC PROBLEMS
  7. DISSOLVING MISCONCEPTIONS OF ELECTRICAL AND ELECTRONIC ENGINEERING STUDENTS REGARDING FOURIER AND LAPLACE TRANSFORMS
  8. ENHANCING STUDENTS’ CONCEPTUAL AND PRACTICAL UNDERSTANDING REGARDING PULSE-CODE MODULATION
  9. Transition from the regime of thermionic emission to the space-charge limited current regime under strong Shottky effects
  10. PRESENTATION OF SIGNAL TRANSMISSION TECHNIQUES WITH THE USE OF CONCEPT MAPS
  11. THE USE OF CONCEPT MAPS FOR THE PRESENTATION OF ELECTRONIC AMPLIFIERS
  12. RadPhysBio: A Radiobiological Database for the Prediction of Cell Survival upon Exposure to Ionizing Radiation
  13. Light-induced enhanced torque on double-V-type quantum emitters via quantum interference in spontaneous emission
  14. On A-fractional spherical baloons
  15. On Λ-Fractional Derivative and Human Neural Network
  16. The Λ-Fractional Hydrocephalus Model
  17. On Λ-fractional visco-elastic beam
  18. Variational functionals for excited state saddle points versus traditional Hylleraas–Undheim and McDonald higher “roots,” and a way to instantly improve a lowest state crude approximant
  19. Fractional Derivatives and Projectile Motion
  20. Quantum interference near bismuth-chalcogenide microstructures
  21. The radially nonhomogeneous isotropic spherical shell under a radially varying temperature field
  22. Quantum interference of spontaneous-emission channels near the surface of Bi2Se3
  23. On Λ-Fractional Viscoelastic Models
  24. Time response of fractional automatic control systems
  25. On fractional modelling of viscoelastic mechanical systems
  26. Correct small-truncated excited state wave functions obtained via minimization principle for excited states compared/ opposed to Hylleraas-Undheim and McDonald higher ``roots''
  27. On fractional modelling of viscoelastic mechanical systems
  28. Computing correct truncated excited state wavefunctions
  29. Electrochemical resonance under harmonic current perturbations and chaotic potential perturbations
  30. Experiments on electrical resonance and antiresonance of the electrochemical interface under potentiostatic control
  31. Electrical resonance and antiresonance of the electrochemical interface under potentiostatic control: Theoretical considerations
  32. Conditions of electrochemical resonance under potentiostatic control
  33. Inherent restrictions of the Hylleraas-Undheim-MacDonald higher roots, and minimization functionals at the excited states
  34. Remarks on the Hylleraas-Undheim and MacDonald Higher Roots, And Functional Having Local Minimum at The Excited States
  35. Interpretation of the spin glass behaviour of diluted magnetic semiconductors below the nearest-neighbour percolation threshold via realistic Monte Carlo simulations
  36. The nature of the magnetic phase of diluted magnetic semiconductors below the nearest-neighbour percolation threshold