Tag: defect engineering

Researchers in New Delhi have built hydroelectric cells from iron-doped strontium titanate that generate milliwatts of clean electricity by splitting ...

Researchers used room-temperature vanadium cation exchange to reconstruct MOF-derived cobalt hydroxide electrodes with oxygen vacancies that dramatically boost oxygen evolution, ...

A new review maps field-tailored multiscale design strategies that let lead-free BNT-based ceramic capacitors optimize polarization, breakdown strength, and relaxation ...

Researchers show that simply slowing the cooling rate during synthesis transforms sodium manganese oxide cathodes, locking in stacking faults and ...

Researchers in China have built an asymmetric supercapacitor from lanthanum-doped flower-like iron molybdate cathodes and tin oxide-carbon nanotube anodes that ...

Chinese researchers used urea decomposition in a confined dual-crucible setup to create chlorine-doped SnO2 rich in oxygen vacancies, narrowing its ...

A new study shows that simply changing the concentration of a manganese precursor during hydrothermal synthesis non-monotonically reshapes oxygen-vacancy disorder, ...

A comprehensive review reveals how doping, defect engineering, and phase stabilization across four electrolyte families are shaping the future of ...

Researchers at Hubei University of Technology used polyvinylpyrrolidone to create a defect-rich nitrogen-doped carbon coating on LiMn0.5Fe0.5PO4 cathodes, delivering 164.9 ...

A comprehensive review details how defect, doping, strain, phase, and heterostructure engineering are turning metallic two-dimensional transition metal dichalcogenides into ...