hydrothermal synthesis of tinb2o7 and its electrochemical performance as the anode in li-ion batteries

Considering the widespread use of lithium-ion batteries (libs) in various industries, including transportation and communications, libs have gained special circumstances in human life. improving and advancing lithium-ion batteries to achieve enhanced safety, rate performance, and extended lifespan is attainable through the improvement of their electrodes. in this study, titanium niobium oxide (tno) anode materials, specifically tinb2o7, was synthesized using a solvothermal method with the surfactant f127. the sample containing 5% f127 exhibited superior nanostructural characteristics and electrochemical performance, showing promise for advanced lithium-ion battery technology. this research highlights the potential of f127 in optimizing tinb2o7 anode materials