A modified split test cell integrated with hollow-core fiber photothermal spectroscopy enables simultaneous operando tracking of gas evolution, internal pressure, ...
A comprehensive technological review examines the operational performance, economics, and lifecycle trade-offs of mechanical, electrochemical, chemical, and thermal energy storage ...
A review highlights how electrolyte inventory, electrode loading, interfacial mechanics, and parasitic reactions limit the transition from active battery materials ...
Researchers have demonstrated that incorporating graphene mesosponge into lithium-ion battery electrodes improves energy and power densities through three-dimensional electron and ...
A peer-reviewed review in The Innovation unifies electrochemical, mechanical, and thermal models of lithium-ion batteries from particle to system scale ...
A comprehensive vehicle-level simulation reveals how battery cell chemistry selection depends heavily on vehicle size and operating duty cycles across ...
A new review maps how electrode materials, electrolyte chemistry, and interfacial stability jointly shape the performance, safety, and sustainability of ...
A new review in Ionics examines how metal-organic framework-derived carbons and their composites could serve as next-generation electrode materials for ...
A numerical study of a fifteen-cell air-cooled lithium-ion battery pack found that a three-fin configuration with turbulators operating at 4 ...
A LiMn0.7Fe0.3PO4/C/CNT composite cathode delivered 96.7 mAh g−1 at a 100C rate and retained 67.5% capacity after 1000 fast cycles.
Researchers have developed a single particle model coupled with an extended Kalman filter that treats vibration-induced capacity loss as a ...
A 3D-printed WS2/TiO2@C anode combining sulfur vacancies and a defect-rich TiO2 interphase delivered markedly higher lithium storage capacity than WS2 ...
An 11-month study of three-electrode NMC811/silicon lithium-ion cells shows that calendar aging is driven mainly by interfacial reactions and loss ...
A new DOE-led consortium called the Battery Manufacturing Accelerator will combine four national laboratories, universities and industry to scale battery ...
A simulation study reports that nonlinear model predictive control cut battery temperature differentials by over 60 percent and coolant air ...
Researchers report a scalable powder transformation method for dispersing nano-silicon within spherical natural graphite, producing lithium-ion battery anode composites with ...
A dual-stream AI network that jointly predicts lithium-ion battery temperature and state of health achieved a 92.6 percent timely warning ...
A combined bulk-doping and surface-coating strategy raises capacity retention and the exothermic onset temperature of NCM811 cathodes in laboratory testing.
An electrode-level study found that a silicon oxide composite containing tin-antimony alloy and carbon retained about 1,000 mAh g−1 for ...
A halogen-free N,P phase change composite combined 122.28 J g−1 latent heat with reduced heat release and a 43.9 °C ...
