Using the Hyperspectral Camera to Measure Bruised Skin

ذبیحی اقدم, سینا and رسولی, دکتر حسن (2019) Using the Hyperspectral Camera to Measure Bruised Skin. In: 1st International Conference on Optoelectronics, Applied Optics and Microelectronics - 2019.

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Abstract

In this research the effects of graphene nano-ribbbon structures, attached to graphene molecular chains on electronic transmission, were addressed. In this structure graphene nano-ribbons are attached to leads from two sides. There are a number of ways to study electronic features of graphene but the most remarkable as well as practical one is the green function. By obtaining Hamiltonian and green function in matrix, we obtained electron conductance of graphene nano-ribbon. Comparing the results, it can be concluded that the behavior of electron transmission in graphene nano-ribbons depends on the changes related to the width of nano-ribbons and molecular chains attached to them. By increasing the density of nano-ribbons points of anti-resonates in conductance characteristic can be changed. also changes in the number of molecules and height of molecular chains can affect the result. By finding best structures, possibility of controlling energy as well as the character of transition spectrum in graphene nano-ribbons is directly provided.

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