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How to make Notebooks in Microsoft word easily

Estimate Band gap energy and convert reflectance and transmission into absorbance using origin software

How to estimate and plot the Absorption Spectra from reflectance and transmission using origin software

To estimate optical band gap energy from UV-Vis reflection (DRS) data using Origin Software

To estimate the concentration from UV-Vis Spectra using Beer-Lambert's law in Origin Software

Morphology, Size of Nanoparticle, distribution and concentration from UV-Vis Specta data

How to calculate the nanoparticles size from UV-Vis absorbance spectroscopy data using Origin software

How to estimate the average crystallite size from XRD Pattern with help of origin software

To estimate crystallite size, microstrain and energy density using modified WHM method of XRD Pattern

DSC data analysis using origin software

Thermogravimetric analysis (TGA) is an analytical technique used to determine the thermal stability of a material and its fraction of volatile components by monitoring the weight change that occurs when a sample is heated at a constant rate.

Crystallinity defines the degree of long-range order in a material, and strongly affects its properties. The more crystalline a polymer, the more regularly aligned its chains. Increasing the degree of crystallinity increases hardness and density.

The optical bandgap is the threshold for photons to be absorbed, while the transport gap is the threshold for creating an electron–hole pair that is not bound together. The optical bandgap energy was lower than the transport gap.