Great attention was paid to develop new eco-friendly “green” materials with growing environmental awareness in recent years. Composites of environmental friendly reinforcements and resins that provide high performance at ...

More than 80% of the worldwide commercial energy supply is based on fossil fuels. The heavy use of fossil fuels has resulted in large amounts of greenhouse gas emissions especially carbon dioxide (CO2) and depletion of the ...

Wound healing using nanomaterials have been increasingly studied due to their remarkable applicability in tissue engineering. Biopolymeric scaffolds have been widely used to fabricate wound dressings and skin substitute. ...

Lung cancer is the deadliest solid tumor, leading to the deaths of more individuals than the combination of the three next most lethal cancers which are colon, prostate and breast cancer. According to the IARC, in 2012 ...

In the current research, the mechanical and tribological behavior, and structural evolution of AA2124-3 and 5-wt.% graphene (G) composites prepared by a combination of ball milling and hot extrusion were investigated. ...

Sensing is an important emerging technology in the current industrial era. It covers a plethora of applications from medical personalized devices to aerospace oxygen level detectors. Of those applications, environmental ...

The straightforward, low-priced and hence extensive conversion of sun light utilizing photocatalysis in a water splitting process is the main source to provide a clean and renwable hydrogen supply. Principally, photocatalysts ...

Given the current Challenges faced by the increasing rate of drug resistant bacteria, a lot of attention has been shifted from synthetic antibiotic products to natural products that are eco friendly and have a wide spectrum ...

Tuberculosis (TB) caused by Mycobacterium tuberculosis (MTB), is an airborne disease that strikes one third of the globe’s population. In addition to infection of 9.6 million patients, TB claimed the lives of 1.5 million ...

This thesis reports, for the first time, on a novel design and architecture for realizing inertial grade gyroscope based on Micro-Electro-Mechanical Systems (MEMS) technology. The proposed device is suitable for high-precision ...