Technical Description This invention introduces a Direct Borohydride Fuel Cell (DBHFC) with a NaOH-doped PVA-TEOS membrane electrolyte which operates efficiently at room temperature, providing high-performance clean energy solution.T Problems Addressed High Cost Instability & Low Conductivity High Energy Consumption Toxic…
Technical Description The technology presents a cost-effective, high-performance oxide-based memristor featuring enhanced memory retention, improved durability, and an efficient fabrication method for advanced computing applications. Problems Addressed Expensive Fabrication Methods Inefficient Switching Properties Low Device Reproducibility Energy-Inefficient Memristors Instability in…
Technical Description The present invention relates to a polymer-based composite electrodeposited on a supporting electrode in the absence of a binder, exhibiting OER, water splitting properties, HER, and ORR. Problems Addressed Limited Bioactivity Energy-Inefficient & Expensive Poor Electrocatalytic Activity Complex…
Technical Description TThe present invention relates to a bioactive glass nanocomposite for management of cancer through hyperthermia and controlled drug delivery. Problems Addressed Limited Bioactivity Biocompatibility Challenges Reduced Drug Delivery Efficiency Hyperthermia Limitations Uncontrolled Cancer Management Tech Features Efficient Cancer…
Technical Description This technology is a novel class of heterocyclic thioacetamide derivatives designed to effectively inhibit SHP2 for therapeutic applications in SHP2-mediated diseases. Problems Addressed Limited Aquaporin 9 Modulation Inefficient Hyperglycemia Control Restricted Apoptosis Activation Low Membrane Depolarization Limited Antimicrobial…
Technical Description The present invention relates to a film for daylight radiative cooling that is sustainable and lowers the surface temperature without consuming electricity or loss of water due to evaporation. Problems Addressed Fabrication Complexity High energy consumption Expensive Environmental…
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…
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