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| Title | Abstract |
|---|---|
| Electrochemical Cell, Method for Synthesis of Bio-derived Carbon and Preparation of Electrode from Bio-derived Carbon | This invention addresses the limitations of current sodium-ion battery technology by introducing a novel bio-derived carbon anode material. |
| Method of Fabricating Negative Electrode Material | This invention describes a new method for producing a safe and scalable anode material for sodium-ion batteries. |
| Method for Fabricating Cathode for Electrochemical Battery | This invention presents a new, efficient sodium-ion battery storage system utilizing chemically sodiated zirconium doped ammonium vanadium oxide as a cathode material. |
| Spectroelectrochemical Cell Holding Set-Up for In-Situ/Operando Synchrotron-Based Measurements | This invention discloses a new design for an in-situ electrochemical cell holder. |
| A Process for Manufacturing a Connecting Rod | The invention presents a novel process for manufacturing a lightweight connecting rod using hydroforming techniques applied to metallic tubes. |
| A Method for Restarting Flow in Waxy Crude Oil Transporting Pipeline | The invention provides a reliable method for restarting the flow of waxy crude oil in production pipelines after prolonged shutdowns in cold ambient conditions. |
| An Electrochemical Micromachining Method and System | The present invention is a hybrid electrochemical micromachining (ECMM) system designed to enhance the surface characteristics of titanium alloy parts by reducing oxide layer formation during machining. |
| An Apparatus for Positioning and Loading a Test Specimen | The present invention describes a low-cost, high-temperature gripper designed for polymer testing. |
| Multipurpose Floating Structure: Solar Power and Shade | This innovative structural system is designed for applications such as Floating Solar Power Plants (FSPV), floating shades, floating water treatment plants, and floating aerators. |
| An Ejector Assisted Vapour Absorption-Resorption Cycle Based Cooling System | The ejector assisted absorption-resorption cycle for cooling applications presents an innovative solution to enhance the efficiency of heat-driven cooling systems. |