Ionic molecularly imprinted polymer beads selectively sequester target metal ions using surrogate templates during synthesis.
Activation areas with enhanced thermal conductivity resolve glazing risks by ensuring sufficient energy transfer during low-torque braking.
Alkali chlorides release catalyst poisons above 100°C to deactivate metal species in carbon-containing filter dust.
A phase change material composite combines polyethylene glycol with a UiO-66 metal-organic framework to enhance thermal properties.
Segmented mineral layers remove heavy metals and pathogens while adjusting pH levels without chemical treatments.
A porous molded body with controlled moisture content adsorbs phosphorus and cytokines from blood.
A curable anaerobic sealant composition impregnates gaps between plastic and metal substrates to ensure reliable sealing.
Ex situ treatment of nickel catalysts using sulphur impregnation and high temperature reduction prevents runaway reactions during startup.
Organic acid and polyvalent cation treatments on resin surfaces resolve the centrifugal retention versus saline flow conductivity trade-off.