A quinuclidinium-based copper bromide molecular ferroelectric, exhibiting a polarization of Ps = 0.52 μC cm−2 at zero electric field, has been successfully synthesized.
We introduce free-standing multifunctional electrodes created by combining the atomic layer deposition of palladium and nickel oxide nanostructures directly onto gas diffusion electrodes with thermal treatment, to form nanostructured electrocatalysts.
Optimized CNF/CB humidity sensors using a Taguchi design of experiments showed high sensitivity, repeatability, and stability under bending and temperature variation. The sensors were obtained resorting to low-cost and sustainable technologies.
This review systematically summarizes various methods for constructing porous organic polymers (POPs) via carbon–carbon coupling reactions, and elaborates on their application scenarios and core advantages in diverse fields.
At 0 °C and below, commercial NIBs exhibit a significant increase in charge capacity compared to discharge capacity, which is attributed to Na metal deposition on the hard carbon electrode and excess electrolyte in the battery can.