The proposed method optimises the weight, cost and range of FCEVs by determining the optimally required radiator size in the vehicles
The proposed method optimises the weight, cost and range of FCEVs by determining the optimally required radiator size in the vehicles
The researchers have developed a novel method of using silicon nitride to enhance the efficiency of photonic elements, promising faster, more secure, and energy-efficient technologies for communication and information processing.
A much needed analytical study for a more sustainable waste disposal in the healthcare sector in India
Researchers have developed ceramic based cold plates that could replace copper cold plates used to cool computers and allow smaller and compact packing of circuit boards
Novel algorithms allows real-time monitoring and dynamic task allocation to significantly improve cooperation among autonomous robots
Researchers have built two-dimensional materials-based transistors and used them to design ultra-low power artificial neuron circuits for autonomous robots.
Scientists theoretically probe the atomic properties of the 2D materials under strain
The new surface coating reduces the temperature under a coated material by up to 21 degree Celsius and can resist corrosion.
The new method removes heat from batteries more efficiently, while also reducing the overall weight of battery packs.
Oxidation-resistant, nickel-based superalloy promises cleaner coal-based power generation