Plant-Based Polymer Electrolyte Boosts Magnesium Supercapacitor Performance
Researchers have developed a flexible, flame-resistant solid polymer electrolyte from the plant biopolymer Cocculus hirsutus, polyvinyl alcohol and magnesium chloride ...
Researchers have developed a flexible, flame-resistant solid polymer electrolyte from the plant biopolymer Cocculus hirsutus, polyvinyl alcohol and magnesium chloride ...
Researchers have created a ternary NiO/Cellulose/PANI hybrid electrode that achieves high specific capacitance, 98 percent retention over 6000 cycles, and ...
Researchers have released complete open-source designs for a $300 modular electrochemical flow cell that delivers reproducible, large-cell-representative performance for flow ...
A physics-informed deep learning model combining impedance spectroscopy, distribution of relaxation times and multi-scale convolutional networks achieves sub-1-percent error in ...
Researchers at the University of East London have co-developed an X-ray spectroscopy and computer modelling method that predicts how anions ...
Researchers found that starch, among several carbohydrate carbon sources, forms a highly graphitized carbon coating that lifts sodium iron fluorophosphate ...
Drexel University-led researchers have demonstrated a scalable vapor-phase process for growing crystalline MXene directly from inexpensive industrial precursors, potentially transforming ...
A new review maps how terrestrial grid engineering, failure modes, and autonomous control schemes could be adapted to build the ...
Indian researchers have created a single screen-printable ink based on tin cobalt oxide and carbon nanofibers that fabricates micro-supercapacitors, humidity ...
A comprehensive new review details how two-dimensional MXene nanomaterials are advancing high-performance supercapacitors and electrocatalytic water splitting for sustainable energy ...
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© 2025 Scienmag - Science Magazine