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Non-Newtonian fluids have peculiar rheological behaviors and show non-linear viscosity dependency to shear stress or shear rate changes. We encounter non-Newtonian fluids in our daily life more than we might think. Non-Newtonian fluids can be found in a wide range of products from food products to body armors.IntroductionFluids hold an important place in every aspect of life. Naturally, they have been the center of researches since the beginning of our scientific quest. Amongst n …

In recent years, there have been growing interests toward elastomeric materials to be used in a multitude of different applications. The conventional rubber material could not meet the ever-increasing demand of applications; thus it is very important to develop innovative multifunctional rubber-based composites.Among the many graphene-based products, various graphene companies offer graphene enhanced rubber composites for tires as shown in Figure 1. IntroductionCompanies claim that graphene …

In the recent recent studies, a new type of meta-DNA structure has been created that can open up new horizons in opteoelectronics including information storage, encryption as well as synthetic biology; accordingly, the meta-DNA self-assembly is capable of a complete transformation of the microscopic structure of DNA nanotechnology. It has been widely spoken in the scientific community that DNA can be employed as a versatile building block to design sophisticated nanoscopic structures and d …

Nanomaterials are the ones that are extremely small and are unable to be seen with a naked eye and therefore microscope is used to see and analyze them. They have some remarkable properties which make them extremely useful in the market and due to this reason their applications continue to spread a lot more. They are very essential for the industrial and technical solving of the issues related to either environment or any other factors. Due to this reason there production and usage a …

Graphene oxide (GO) disperses in several organic solvents such as N-methyl-2-pyrrolidone, N-dimethylformamide, ethylene glycol, and tetrahydrofuran. The graphene oxide solubility has a unique reduction process that is exhibited by dispersion.The graphene oxide dispersion is characterized by more excellent stability for layers ranging between nano-scale to micro-scale. It is similar to the graphene oxide dispersion in distilled water. However, chlorinated water, a satisfactory level of …