Undergraduate Physics - Investigation of Interference Patterns and Newton’s Rings by Sultan LeMarc]]>

Undergraduate Physics - Investigation of Interference Patterns and Newton’s Rings by Sultan LeMarc]]>

Undergraduate Physics - Investigation of the limitations of electrical measurements]]>

Undergraduate Physics - Investigation of the limitations of electrical measurements]]>

Undergraduate Physics - Investigation of the production and emission characteristics of x-rays.]]>

Undergraduate Physics - Investigation of the production and emission characteristics of x-rays.]]>

Computational Physics - modelling the two-dimensional gravitational problem by C++. ]]>

Computational Physics - modelling the two-dimensional gravitational problem by C++. ]]>

Report on the investigation of the characteristics of X-rays by measuring the count rate of X-rays reflected off alkali halide crystals at varying angles of incidence and using the principles of Bragg’s law. The experiment probes into crystal structures using X-ray diffractometry and deduces the lattice constants and ionic radii using the Miller index notation. The experiment successfully computes the characteristic wavelengths of Copper and clearly demonstrates the effect of filters on spectrum intensities. The interpretation of Miller indices and diffraction patterns are effectively used to analyse crystalline structures and compare lattice arrangements. By Sultan LeMarc]]>

Report on the investigation of the characteristics of X-rays by measuring the count rate of X-rays reflected off alkali halide crystals at varying angles of incidence and using the principles of Bragg’s law. The experiment probes into crystal structures using X-ray diffractometry and deduces the lattice constants and ionic radii using the Miller index notation. The experiment successfully computes the characteristic wavelengths of Copper and clearly demonstrates the effect of filters on spectrum intensities. The interpretation of Miller indices and diffraction patterns are effectively used to analyse crystalline structures and compare lattice arrangements. By Sultan LeMarc]]>

Undergraduate theoretical physics presentation on semiconducting diodes and the investigation of I-V characteristics as well as the variation of reverse current as function of temperature. By Sultan LeMarc]]>

Undergraduate theoretical physics presentation on semiconducting diodes and the investigation of I-V characteristics as well as the variation of reverse current as function of temperature. By Sultan LeMarc]]>

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