Technical Description The invention presents a hybrid system using machine learning and GSA to optimize blood-brain barrier penetrating molecules for drug delivery efficiency. Problems Addressed Complex Integration Stability Issues Time-consuming Isolation High Costs Tech Features Hybrid Gravitational Search AI–based Optimization…
Technical Description The technology relates to a system and method for classification and locating defects in blooms/billets which are manufactured through continuous casting. Problems Addressed Complex Etching Process Toxic Chemical Usage Poor Reproducibility Limited Real-World Applications Inefficient Electroless Deposition High…
Technical Description The technology introduces a rechargeable iron-ion battery providing 40-50% capacity retention, featuring an efficient charging and discharging. Problems Addressed Low Energy Density Limited Resource Poor Efficiency High Costs Tech Features High Energy Density High Availability Enhanced Efficiency High…
Technical Description The technology introduces an agriculture monitoring probe that monitors in-depth soil moisture for enhanced agricultural applications and efficiency. Problems Addressed Accurate Moisture Profiling Limited Accessibility Insufficient Measurement High Costs Tech Features High Sensitivity High Accuracy Rapid Response Time…
Technical Description The technology describes a solid-state recycling process using powder metallurgy to recycle metallic scrap into usable products. Problems Addressed Environmental Impacts Harmful Gas Emissions Complex Process High Costs Tech Features Solid Reducing Agents Iron Oxide Generation Carbon Powder…
Technical Description The present invention relates to a method for synthesis of gold nanoparticles for electrochemical detection of heavy metals. The method enables sensitive, selective, and low-cost detection of lead, cadmium, mercury, and chromium using modified electrodes and electrochemical analysis.…
Technical Description This invention relates to an optimized process for producing biohydrogen from corn starch using Bacillus licheniformis. It employs Response Surface Methodology (RSM) to determine the optimum levels of factors affecting hydrogen yield, ensuring near-theoretical production efficiency. Problems Addressed…
Technical Description The present invention relates to an eco-friendly process for bioremediation of industrial grease waste using solid-state fermentation with a bacterial consortium. The process converts toxic grease waste into a biologically treated material suitable for use as agricultural landfill…
Technical Description A biodegradable gel formulation combining a biodegradable polymer with herbal extracts for effective wound management and enhanced healing, offering stable, hydrophilic dressing with longer-lasting moisture retention. Problems Addressed Induced Infections Risk Irritating Conventional Dressings Drying of Wounds Limited…
Technical Description This invention introduces an ultrapure hydrogen membrane separator using joule heating to directly convert electrical energy into heat for targeted hydrogen separation, aiming for reduced energy losses and lower operational costs. Problems Addressed Inductive heating losses Energy wastage…
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