Technical Description The present invention relates to an alloy-based plasmonic-ordered nanocrystal that exhibit homogenous nature and strong plasmonic activities. Problems Addressed Fabrication Complexity Limited Plasmonic Activity Lacks Stability Non-Uniform Nanocrystals Energy Losses Tech Features Homogenous Nanocrystals Simple Synthesis Hot-Electron Transformation…
Technical Description This technology discloses a high entropy alloy incorporating multiple transition metals along with Group 13 and Group 15 elements, designed for advanced material applications. Problems Addressed Restricted Crystal Structures High Processing Complexity Limited Alloy Composition Variability Excessive Thermal…
Technical Description The present invention relates to an alloy matrix composite reinforced with Al-Cu-Fe icosahedral quasicrystal having mechanical strength, micro-hardness, failure strain and lightweight properties. Problems Addressed Expensive Limited Efficiency Fragile Poor Electrical Conductivity Weak Interfacial Bonding Inconsistent Chemical Homogeneity…
Technical Description This technology describes a high-energy storage capacitive device utilizing a nanocomposite film with inorganic fillers, polymer matrix, and silver paste electrodes for advanced electronic applications. Problems Addressed High Production Cost Increased Material Toxicity Low Breakdown Strength Defective Material…
Technical Description The present invention provides an advanced electrolyzer which efficiently splits water using nanosheets, enabling sustainable hydrogen and oxygen production for industrial applications. Problems Addressed Low Catalytic Performance High Cost Low Efficiency Sustainability Issues Poor Chemical Stability Tech Features…
Technical Description The invention introduces an oral bioactive composition for treatment of peptic ulcers. It includes a bioactive formulation, a process for preparing bioactive glass, and a method for formulating an aqueous suspension using micronized bioactive glass. Problems Addressed Gastric…
Technical Description This invention introduces a bio-recognition element-based nano-sensor for milk adulteration detection. It features a bi-layer surface of gold nanostar and graphene oxide, coupled with watermelon urease for high selectivity. Problems Addressed Complicated Method Time-Consuming & Tedious Ineffective Adulterant…
Technical Description This technology describes a mounting device designed for secure and precise accelerometer attachment on various surface types, ensuring accurate measurements without surface damage. Problems Addressed Inaccurate Measurement Axis Limited Surface Compatibility Complex Installation Process Time-Consuming Mounting Surface Damage…
Technical Description This technology describes a silicon-based photovoltaic module with an embedded direct cooling mechanism to improve output efficiency. Problems Addressed Ineffective Geothermal Cooling Poor Heat Dissipation Limited Internal Thermal Conductivity Inefficient Surface-Based Cooling Inefficiency Low EVA Thermal Conductivity Nanoparticle…
Technical Description The invention presents a novel method for tile manufacturing, emphasizing a sustainable composition. It incorporates demolition waste, glass cullet, rice husk ash, fly ash, and ball clay in the tile production process. Problems Addressed High Energy Consumption Fly…
Subscribe to Our Latest Updates!