| Title | Abstract |
|---|---|
| A Method for Synthesis of 6-Deoxy-L-Idoside from L-Rhamnose | This invention presents a novel and efficient process for synthesizing 6-deoxy-L-idoside from L-Rhamnose. |
| A Method for Synthesis of 6-Deoxy-L-Alloside from L-Rhamnose | This invention presents a novel and efficient process for synthesizing 6-deoxy-L-alloside starting from L-rhamnose. |
| A Thermal Management Method for Obtaining Uniform Temperature of a Battery Module | This invention relates to a method for achieving uniform temperature distribution within a battery module, particularly for 18650 Li-ion batteries in electric vehicles (EVs). |
| Method and System to Produce Pouch Cell Housing | The invention proposes a new method for producing pouch cell housings used in batteries, particularly for electric vehicles and other electronic devices. |
| An Optical Super-Focusing System | This invention presents a novel design for surpassing the diffraction limit in optical imaging systems. |
| A Specially Designed Silicon-Composite for Rechargeable Battery Application and Synthesis Process Thereof | This invention describes a new method for creating a thin layer of carbon-coated silicon-silicon carbide (Si-SiC@C) from black rice husk ash (BRHA) for use in rechargeable batteries, particularly lithium-ion batteries. |
| A Sheet Metal Connecting Rod and Method of Manufacture Thereof | The invention presents a novel design and manufacturing method for a connecting rod used in internal combustion engines. |
| Sulfide Superionic Conductor for Lithium-Ion Battery Application and a Synthesis Process Thereof | This invention outlines an ultrafast synthesis route for superionic sulfide solid electrolytes using microwave heating. |
| NIR-Transparent Organic and Perovskite Bi-Facial Optoelectronic Devices and System for Preparation Thereof | This invention presents a highly efficient large-area Near-Infrared (NIR) transparent solar cell based on hybrid organic-inorganic lead halide perovskites. |
| Scalable Strategies for Refining Crude Tire Pyrolysis Oil Using a Waste Eggshell-Based Adsorbent | Annually, around 1.5 million tonnes of waste tires are discarded worldwide, contributing significantly to environmental pollution known as "black pollution." This invention presents a novel and scalable strategy for upgrading crude tire pyrolysis |