Cyclic structures represent a well-studied structural class due to the novel bonding modes
and reactivity these units possess and the ubiquitous role of cyclic intermediates in a wide …

This critical review covers significant recent advances in the chemistry of pnictogen (III)–
nitrogen ring systems, also known as cyclopnict (III) azanes. The synthetic methodologies …

Main‐group singlet biradicaloids have been thoroughly investigated in the past two
decades, especially derivatives of cyclobutane‐1, 3‐diyl. However, in each of the known …

Inorganic rings of various types can be formed as a result of the broad range of bond types
available. Cyclic structures formed by self‐assembly of molecular building units (tectons) are …

Cyclodiphosphazanes, also known as diazadiphosphetidines, are saturated inorganic ring
systems containing alternating trivalent phosphorus and nitrogen atoms. With a rigid planar …

Two phosphorus-containing four-membered ring radical cations 1•+ and 2•+ have been
isolated and characterized by UV–vis absorption spectroscopy, electron paramagnetic …

During the past decade, research on the design and synthesis of zeolite‐like metal–organic
frameworks (ZMOFs) has developed greatly. As an important subclass of ZMOFs, zeolite …

Two novel cyclodiphosphazane cluster frameworks with Cu4X4 clusters as tetrahedral
nodes and ferrocenyl cyclodiphosphazanes [Fe (η5-C5H4) 2 (PNtBu) 2] as ditopic linkers …

The binding and sensing of anions is an important cross-disciplinary field, which impacts
broad areas such as biology, supramolecular chemistry and catalysis. To date, however, this …

Planar P 6 E 6 (E = Se, S) macrocycles incorporating P 2 N 2 scaffolds - Chemical
Communications (RSC Publishing) DOI:10.1039/C2CC32809G Royal Society of Chemistry …