Technical Description This invention relates to an optical device and method for in situ sub-nanometers thickness and inter-diffusive measurement using etched fiber Bragg Grating Sensors. Problems Addressed Lacks Precision Inefficient Scaling Limited Sensitivity Destructive Methods Unreliable Accuracy Tech Features Efficient…
Technical Description This invention relates to a centrifugal microfluidic device design for efficient intracellular delivery through Mechanoporation. Problems Addressed Lacks Portability Inefficient Scalability High Cytotoxicity Complex Manufacturing Limited Precision Ineffective Consistency Tech Features Efficient Cell Delivery Enhanced Throughput Better Portability…
Technical Description The technology offers a scaffold comprising a matrix of nanofibers made of biocompatible polymers selected from agarose, curdlan and polyvinyl alcohol for chronic wound management. Problems Addressed Limitations of Existing Methods Slow Wound Healing Low Biocompatibility Lacks Thermal…
Technical Description The technology offers a fuel blending system and method which achieves high efficiency and clean combustion in internal combustion engines such as diesel engines. Problems Addressed Limitations of Existing Methods Unsustainable Process Harmful to Environment Low Thermal Efficiency…
Technical Description This technology is a spiral baffled cyclone separator designed for efficient particulate emission control in vehicular exhaust systems. Problems Addressed Lacks Effective Removal Inefficient Fine Capture Bulky Retrofit Options Lacks Cost Effective System Inefficient Old Compliance Lacks Compact…
Technical Description The invention describes a new method to create TiO₂ nanoparticles using a hydrothermal process. These nanoparticles work as photo-catalysts for breaking down organic pollutants without needing dopants or additional light sources. Problems Addressed Low Efficiency High Costs Incomplete…
Technical Description This technology relates to a smart relays in telecommunication networks that leverage artificial intelligence and Machine learning for improved data regeneration, decoding, channel estimation, and beam foaming. Problems Addressed Lacks Efficient Data Handling Inefficient Conventional Relays Lacks Interference…
Technical Description This invention relates to a photonic device using diamond nanopillars in a hexagonal lattice to achieve highly directly directional and efficient single photo emission for quantum technology. Problems Addressed Lacks Photon Extraction Efficiently Inefficient Directional Emission Lacks Brightness…
Technical Description The technology offers a intruded curved neck Helmholtz resonators that is compact in size. The curved neck intrusion into the resonator cavity can significantly lower the resonator frequency. Problems Addressed Limitations of Existing Methods Ineffective Process Complex Method…
Technical Description The present invention relates to a pilot design with interference mitigation in wireless communications systems. It also and also enables good interference measurements by using a combination pilot tones and null tones along with null tones Problems Addressed…
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