The present invention facilitates the unique advantage of performing gas permeability tests at varied temperature and confining pressure conditions, while avoiding interfacial gas flow issues typically seen in conventional rigid-wall permeameters.

This study presents a method to measure how contaminants interact with geomaterials like soil (silty clay and clay). It uses the distribution coefficient (k_d) to quantify how much contaminant is absorbed into geomaterials.

Recent advancements in full-duplex communication channels have the potential to significantly enhance data transmission rates and network efficiency by enabling simultaneous transmission and reception over the same frequency band.

A new technology links two ultra-small magnetic oscillators so they “talk” to each other via magnetic fields in tiny waveguides.

The development of a gearless spherical robot addresses the limitations of traditional wheeled and legged robots in scenarios involving collisions with the ground or other objects while throwing or maneuvering.

The present invention involves the development of printed thin-film graphene on metal current collectors using printing technology for high-voltage and long-cycle lithium-ion batteries.

This invention presents an improved method for machining metallic objects, particularly titanium alloys, which are known for their poor thermal conductivity and high strength-to-weight ratio.

This invention focuses on improving the formability of age-hardenable aluminum alloys.

The novel long-stroke drive system addresses the limitations of conventional piston crank mechanisms, such as limited stroke-to-bore ratio, uneven leverage, and side thrust, causing wear and tear.

A composite mounting tray comprises a rectangular bottom base wherein two length side and one breadth side are vertically bent at 90 degree and at least two parallel slots at the bottom base that extend along the length of the bottom base.