Technical Description The present invention relates to a laser-engraved paper electrode system for multifunctional electrochemical analysis. It consists of multiple electrodes with corresponding contact pads, all integrated into a structured paper substrate created through laser engraving. Problems Addressed Complex and…
Technical Description This invention presents a 3D-printed phantom for precise applicator positioning, enabling accurate imaging registration and quality analysis for CT and MR scans. Problems Addressed Inconsistent Applicator Positioning Limited Imaging Accuracy Non-Standardized Phantom Geometry Suboptimal Tissue Mimicry Rigid and…
Technical Description This invention introduces a probiotic-based method for demineralizing biological materials like scales, shells, and bones, ensuring an efficient and eco-friendly approach to mineral extraction. Problems Addressed High Extraction Cost Limited Nutrient Recovery Restricted Source Utilization Inefficient Mineral Processing…
Technical Description The present invention relates to a half-mode substrate integrated waveguide based leaky wave antenna designed for dual beam seamless scanning. This compact antenna features a first tapered feed section and a second tapered feed section, which facilitate efficient…
Technical Description The present invention relates to a polymeric nano-formulation that releases nitric oxide (NO) to cutaneous wounds in a controlled and sustained manner for wound healing and tissue regeneration. Problems Addressed Insufficient NO Supply Delayed Wound Healing Poor Biocompatibility…
Technical Description The object of the invention is to provide a light transmitting construction block that effectively utilizes both natural and artificial lighting. This block is designed for use in masonry construction, allowing for enhanced illumination in indoor spaces while…
Technical Description The present technology provides a metamaterial-based linear accelerator uses side-coupled cavities enhanced with metamaterial cells (like CeSRRs) to boost efficiency and miniaturization. It achieves high axial electric fields and interaction impedance (>200 ohms) while maintaining a compact design,…
Technical Description The present technology provides a process for producing pH independent cellulase using heat tolerant fungi Rhizopus oryzae NS5 strain, utilizing pea pod, and offers a fermentation media that does not require pH maintenance. Problems Addressed Low Efficiency Time…
Technical Description The present invention relates to an environmentally stable superconductive bimetallic mesoscopic thin film deposited on an ion conducting metal oxide substrate. Problems Addressed Lacks RT superconductivity Inefficient Existing Methods Expensive Inconsistent Transition Temperatures Prone to Degradation Complex Process…
Technical Description The present invention relates to a biosensor for detection and quantification of an analyte. Problems Addressed Complex Process Expensive Time-consuming Analysis Low Shelf Life and Stability Inefficient Analyte Detection Skilled Personal Requirement Tech Features Rapid Detection Analyte Quantification…
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