Efficient fenton-like catalysis enabled by single cobalt atoms anchored on expanded graphite: Remarkable intrinsic activity of Co-N4 sites and the enhanced mass transfer facilitated by gradient mesopore structure - ScienceDirect
Efficient fenton-like catalysis enabled by single cobalt atoms anchored on expanded graphite: Remarkable intrinsic activity of Co-N4 sites and the enhanced mass transfer facilitated by gradient mesopore structure - ScienceDirect
Pressure-driven structural phase transitions and metallization in the two-dimensional ferromagnetic semiconductor CrBr 3 - Dalton Transactions (RSC Publishing) DOI:10.1039/D3DT00899A,Phosphorus Distribution within Aggregates in Long-Term Fertilized Black Soil: Regulatory Mechanisms of Soil Organic Matter and pH as Key Impact Factors,Efficient fenton-like catalysis enabled by single cobalt atoms anchored on expanded graphite: Remarkable intrinsic activity of Co-N4 sites and the enhanced mass transfer facilitated by gradient mesopore structure - ScienceDirect,Enhanced removal of fluoride from groundwater using biosynthetic hydroxyapatite modified by bimetallic (La–Fe or La–Al) hydroxides - ScienceDirect