Finding suitable (transportable) storage devices for hydrogen is one of the key points to
really access the foreseen “hydrogen economy”. While numerous studies are devoted to …

A new generation of porous polymers was made for various energy‐related applications, eg,
as fuel cell membranes, as electrode materials for batteries, for gas storage, partly from …

Despite the recent improvements in perinatal medical care leading to an increase in survival
rates, adverse neurodevelopmental outcomes occur more frequently in preterm and/or high …

The synthesis of new porous architectures, assembled from simple molecular building
blocks and with tailor-made functionalities, is a major goal in materials science.[1] It is highly …

Importance Up-to-date estimates of the health outcomes of preterm children are needed for
assessing perinatal care, informing parents, making decisions about care, and providing …

The development of catalyst systems for the direct lowtemperature oxidation of methane to
methanol has been one of the major challenges in catalysis over the last decades.[1–8] The …

High surface area organic materials featuring both micro-and mesopores were synthesized
under ionothermal conditions via the formation of polyaryltriazine networks. While the …

Triazine-based polymer scaffolds with controllable porosity were prepared through a
dynamic polymerization scheme based on a broad variety of aromatic nitriles, upon …

Background Despite the mainly reassuring outcomes for pregnant women with coronavirus
disease 2019 reported by previous case series with small sample sizes, some recent reports …

For over 30 years complexes with the general formula [NiPh (P, O) L](L= tertiary phosphine;
P, O= chelating phosphanylenolato ligand) have been used as highly efficient …