An environmentally-friendly route based on hydrometallurgy was investigated for the
recovery of cobalt and lithium from spent lithium ion batteries (LIBs) using different organic …

Simulation of complex (bio) chemical reactions plays an important role in a process kinetics
characterisation. However, detailed kinetic modelling is a difficult task because the model …

Measurements through quantitative experiments are one of the most f-damental tasks in all
areas of science and technology. Astronomers a-lyze data from asteroid sightings to predict …

A procedure to predict the state of charge of a lithium ion cell using experimental data (cell
potential versus time), as it becomes available, is presented. The procedure is based on the …

Chemical-looping combustion (CLC) has the inherent property of separating the product
CO2 from flue gases. Instead of air, it uses an oxygen carrier, usually in the form of a metal …

A kinetic model of 11 lumps (dimethyl ether, methanol, water, ethylene, propylene, butenes,
C 2–C 4 paraffins, C 5+ hydrocarbons, BTX aromatics, methane and CO) has been …

High power lithium ion batteries are increasingly used in power tools, hybrid electric
vehicles and military applications, as a transient power source capable of delivering instant …

Staging is a characteristic phenomena observed in intercalation electrodes. During staging
process the equilibrium potential of the electrode exhibits weak dependence on the solid …

Lithium-ion pouch cells were cycled at five different temperatures (5, 15, 25, 35, and), and
rate capability studies were performed after every hundred cycles. The data were used with …

Two different models were used to obtain transport and kinetic parameters using nonlinear
regression from experimental charge/discharge curves of a lithium-ion cell measured at 35 …