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Inorganic Chemistry|January 18, 2005
A spirocyclic system comprising both phosphazane and phosphazene ringsPhilip I Richards, Alexander SteinerInorganic Chemistry|April 27, 2004
Cyclophosphazenes as nodal ligands in coordination polymersPhilip I Richards, Alexander SteinerDalton Transactions (Cambridge, England : 2003)|January 9, 2025
Tipping the balance between <i>twist</i> and <i>chair</i> ligand conformers in multinuclear ethylzinc cyclophosphazenatesRamamoorthy Boomishankar, Philip I Richards, Alexander SteinerChemical Communications (Cambridge, England)|July 5, 2003
In situ complexation of lithium chloride by amphiprotic cyclophosphazenesPhilip I Richards, Mark A Benson, Alexander SteinerChemical Communications (Cambridge, England)|March 28, 2008
In situ recrystallisation of a coordination polymer with hemilabile linkersPhilip I Richards, Jamie F Bickley, Ramamoorthy Boomishankar, et al.Inorganic Chemistry|February 16, 2019
Polyanionic Ligand Platforms for Methyl- and Dimethylaluminum ArraysPhilip I Richards, Gavin T Lawson, Jamie F Bickley, et al.Environmental Toxicology and Chemistry|October 19, 2017
Forensic source attribution for toluene in environmental samplesPhilip I Richards, Court D SandauForensic Science International|April 2, 2020
The application of comprehensive two-dimensional gas chromatography to the analysis of wildfire debris for ignitable liquid residueLisa N Kates, Philip I Richards, Court D SandauChemical Communications (Cambridge, England)|October 13, 2005
Connecting cyclophosphazenes via ring N-centres with covalent linkersMark A Benson, Alexander SteinerInorganic Chemistry|March 19, 2010
Aqueous chemistry of chlorocyclophosphazenes: phosphates {PO(2)}, phosphamides {P(O)NHR}, and the first phosphites {PHO} and pyrophosphates {(PO)(2)O} of these heterocyclesJoanne Ledger, Ramamoorthy Boomishankar, Alexander SteinerPageof 12