The question of what qualities excellent medical bioceramics must possess to ensure satisfactory prognosis for bone healing and reconstruction remains a topic of great interest in both clinical and biomaterial sciences. Our team h

Semiconductor materials are the core of modern technology development and industrial innovation, with high frequency, high pressure, high temperature, high power, and other high properties under severe conditions or super properti

With rapid development of lithium ion batteries (LIB) and sodium ion batteries (SIB), hard carbon (HC) as new anode material has earned much attention. Besides its rich precursor sources and low cost, HC has higher Li+ storage cap

Two-dimensional braided silicon carbide fiber reinforced composite material (2D SiCf/SiC) is widely used in the aerospace field. However, owing to its weak interlaminar mechanical properties, this material is prone to initiation o

Low-velocity impact is an inevitable problem in the service of ceramic matrix composites structures in high speed aircraft. Therefore, the damage type and residual bearing capacity after low-velocity impact are critical factors fo

With improvement in service temperature of thermal structural components for the new generation hypersonic aircraft, higher requirements are put forward for the phase stability and ablation resistance of the thermal protection coa

Development of 5 G wireless communication and low-frequency radar detection has made low- frequency electromagnetic wave radiation a serious problem today. Although research on medium and high frequency band absorbing materials is

Manganese and cerium oxides are extensively used for selective catalytic reduction (SCR) in denitrification reaction due to their high redox ability and excellent low-temperature SCR activities. However, these catalysts still face

Chemodynamic therapy (CDT) uses endogenous H2O2 of tumor cells to react with Fenton catalysts to generate highly toxic hydroxyl radical (•OH), thereby killing cancer cells. However, the insufficient endogenous H2O2 and low transpo

BiFeO3 is a highly promising lead-free ferroelectric material, surpassing most conventional ferroelectric materials in terms of the polarization and Curie temperature, offering a pathway for potential applications at elevated temp

Epoxy resin (EP CF) carbon foam is a new carbon material with a three-dimensional sponge-like structure. The EP CF has high porosity, high temperature resistance, corrosion resistance, and adjustable electrical/thermal conductivit