SHOCK WAVE PROPAGATION IN CARBON HONEYCOMB NANOSTRUCTURE AND EFFECT OF CELL VACANCIES

Due to its periodic porous structure and high mechanical strength, carbon honeycomb (CHC), procharger ram 1500 5.7 a new carbon allotrope, possesses a high energy absorption capability and thus great potential for the design and fabrication of advanced impact-resistant materials.In this work, the propagation and attenuation of shock waves in CHC ar

Non-Gaussian states of an optical field are important as a proposed resource in quantum information applications.While conditional preparation is a highly successful approach to preparing such states, their quality is limited by detector non-idealities such as dead higgs bookcase time, narrow dynamic range, limited quantum efficiency and dark noise