The invention discloses a scalable ball milling-based method to synthesize Sn-Bi alloy electrodes for sodium-ion batteries.

The present invention focuses on designing the composition of layered sodium transition metal (TM) oxides to develop P2-type layered Na-TM oxides with high Na- content, specifically in the range of 0.83 to 0.85 per formula unit (p.f.u.).

This invention presents a method for preparing a potassium (K)-rich iron (Fe)-based polyanionic fluorophosphate (K_aFe_bP_cO₄F) cathode material with a stoichiometry of ~1.80–2.2:0.98–1.1:0.97–1.04.

The invention involves the use of graphitic carbon nitride (GCN) for oil recovery in aqueous environments. This material is versatile and can be applied to nearly all types of oils.

The invention relates to a novel EC-free sulfone-based electrolyte comprising 1 M LiPF₆ in EMS:DMC (3:7), offering superior high-voltage stability (>4.6 V), lower impedance (~3.6 Ω), and ~87% capacity retention after 50 cycles with NMC811 catho

This invention introduces a heat-treatment-based process that produces Sn-Bi alloy anodes with uniformly distributed Bi precipitates, significantly improving their electrochemical performance in Na-ion batteries.

This invention presents a novel, patient-specific 3D printed porous gel composite scaffold developed using a cryogenic extrusion-based method.

The system consists of a word database, which is configured to store multiple words from one or more languages, a memory and a processor to search the word database using the search query, generate language learning solutions using the learning mo

A 3D hybrid scaffold comprising core-sheath nanofibers (gelatin/PCL with HA) and gellan gum-based hydrogel is developed to mimic natural bone.

This invention provides a fast, cost-effective, and reusable method for fabricating Surface Enhanced Raman Scattering (SERS) substrates using laser-written gratings on single-crystalline gold (Au) films.